UC Riverside Courses

Explores the basic contributions of anthropology to the understanding of human behavior and culture and the explanation of similarities and differences among human societies. Addresses the relevance of materials drawn from tribal and peasant culture to problems of the modern world. Stresses the application of anthropological methods to research problems.

Honors course corresponding to ANTH 001. Explores the basic contributions of anthropology to the understanding of human behavior and culture and the explanation of similarities and differences among human societies. Addresses the relevance of materials drawn from tribal and peasant culture to problems of the modern world. Stresses the application of anthropological methods to research problems. Satisfactory (S) or No Credit (NC) grading is not available.

Explores the basic contributions of anthropology to the understanding of human behavior and culture and the explanation of similarities and differences among human societies. Addresses the relevance of materials drawn from tribal and peasant culture to problems of the modern world. Stresses the application of anthropological methods to research problems. Fulfills the third-quarter writing requirement for students who earn a grade of "C" or better for courses that the Academic Senate designates, and that the student's college permits, as alternatives to WRIT 030.

A survey of past and contemporary human variation and evolution. Considers the perspective of the fossil record, inferences from nonhuman primate biology and social behavior, and the forces of evolution.

Examines the cultural history of humankind, from the beginning of tool-using behavior in the Old World to the rise of complex social and political systems (civilizations) in both the Old and New World.

A general introduction to the aims and methods of archaeology, in the field and in the laboratory. Briefly surveys world prehistory as revealed by these methods.

A survey of people, identity, and music making. Includes listening to music from many cultural contexts. Also covers a variety of scholarly topics in world music.

Introduces linguistic anthropological understanding of how language not only reflects but also refracts and shapes our social, political, cultural, and moral realities, values, and interests. Examines linguistic anthropological theories, ethnographies, and methodologies to explore how, to what extent, and why language is unexpectedly cultural, social, and political.

Introduces linguistic anthropological understanding of how language not only reflects but also refracts and shapes our social, political, cultural, and moral realities, values, and interests. Examines linguistic anthropological theories, ethnographies, and methodologies to explore how, to what extent, and why language is unexpectedly cultural, social, and political.

An introduction to all aspects of the ancient Maya civilization of southern Mexico and Central America. Explores Maya origins, political organization, agriculture, art, religion, architecture, hieroglyphic writing, and the unexplained collapse of the civilization.

An introduction to all aspects of the ancient Maya civilization of southern Mexico and Central America. Explores Maya origins, political organization, agriculture, art, religion, architecture, hieroglyphic writing, and the unexplained collapse of the civilization.

Introduces the methods and goals of archaeology through examples of "great discoveries" that have altered our understanding about the past. Explores discoveries from around the world, including such well-known examples as King Tut's tomb, Pompeii, and the lost cities of the ancient Maya. Also covers lesser-known recent finds and the application of modern scientific technologies in archaeology.

Surveys health, disease, curing, and nutrition in a cross-cultural perspective. Covers how different cultural groups consider disease, health maintenance, and healing; how traditional beliefs about health and nutrition arise; and what one can and cannot learn from traditional health-seeking practices.

Surveys health, disease, curing, and nutrition in a cross-cultural perspective. Covers how different cultural groups consider disease, health maintenance, and healing; how traditional beliefs about health and nutrition arise; and what one can and cannot learn from traditional health-seeking practices.

A survey course that provides a background to the ancient art of Mexico, Central America, and the Andean region of western South America. Discusses art of pre-Columbian America according to the three broad cultural regions of Mesoamerica, the lower part of central and northwestern South America, and the Andean area.

Explores the evolutionary history of humans as biocultural beings adapting to changing environments. Examines fossils, genetics, and archaeological data. Offered online only.

A survey of the history of theory in anthropology and the development of the discipline. Focuses on useful ideas from these theories and methods anthropologists have developed to study other societies.

A survey of the history of theory in anthropology and the development of the discipline. Focuses on useful ideas from these theories and methods anthropologists have developed to study other societies. Fulfills the third-quarter writing requirement for students who earn a grade of "C" or better for courses that the Academic Senate designates, and that the student's college permits as alternatives to WRIT 030.

Explores the core ideas in modern anthropology about culture and society. Covers basic issues of contemporary theory since the 1980s. Explores the new methodologies and application of theory to ethnography.

Introduces the archaeological study of the historical period (15th century-present). Includes the theories, methods, and data sources used in the discipline. Explores case studies and topics of interest in historical archaeology.

An introduction to the field of visual anthropology. Examines the similarities and differences between ethnographic film, critical studies, and written ethnographies. Explores the politics of representing other cultures visually.

An introduction to the field of visual anthropology. Examines the similarities and differences between ethnographic film, critical studies, and written ethnographies. Explores the politics of representing other cultures visually.

Introduces the study of bioarchaeology in order to explore human skeletal remains from archaeological settings. Topics include the history and ethics of studying human remains, mortuary archaeology, methodological shifts in skeletal research, and interpretation of human skeletons using various methods.

Examines gendered dimensions of contemporary and historical genocides. Analyzes the ways gender ideologies intersect racialization and ethnic marking. Explores how gender shapes selection, forced labor, torture, and murder. Considers gender ideologies in relation to collective, institutional, and individual responses to genocide and genocidal campaigns.

An examination of the evolution of the biological and social capacities that have made culture the central attribute of the human species. Topics include the evolution of human diet, tool-making, the family and kinship, and language.

Examines the global production, transmission, and consumption of mass media in diverse national and transnational contexts. Includes debates over the power of media; construction of knowledge of others; affective responses to images of violence; practices of self-representation; and the ways in which consumers accept, reject and negotiate media messages.

A cross-cultural perspective on prehistoric agriculture as resource management, economic system, and political tool. Archaeological methods and theory of reconstructing agricultural systems and their role in prehistoric societies.

Consideration of the archaeological, biological, linguistic, and dating evidence documenting the nature and timing of the earliest occupation of the Western Hemisphere by human populations.

An archaeological perspective on spatial behavior from architectural design to regional economic systems. Provides an introduction to a broad range of issues and analytical perspectives with an emphasis on theoretical approaches and case studies.

Explores archaeological perspectives on households and communities. Discusses their composition, function, and meaning. Illustrates with specific cases from diverse cultural contexts. Topics include everyday life in ancient households and communities, social and economic reproduction, and long-term stability and change.

Introduction to the technology of core-and-flake stone tools. Addresses principles of fracture, quarrying, reduction, heat treatment, core technology, and production and use of flaked stone tools in core-and-flake lithic assemblages. Includes assemblage formation processes and their interpretation.

Covers the technology of core-and-blade and ground-stone industries. Addresses percussion- and pressure-blade reduction sequences and strategies. Emphasizes quarrying, initial reduction, core and blade production, and production and use of tools from blades. Includes technology and production of ground-stone tools, quarrying of raw material, and assemblage formation processes and their interpretation.

Covers characterization, analysis, and interpretation of stone tool assemblages with emphasis on debitage.

Interpretation of the archaeological record of North America from initial peopling of the continent to the historic period.

A survey of prehistoric cultures of California from the earliest settlement to the historic period.

An introduction to Mayan archaeology intended to provide an overview of ancient Maya cultural history from the Formative period to the time of Spanish contact. During the course, particular Maya sites will be described in detail.

An introduction to the archaeology and culture history in the New World nuclear area of Western Mesoamerica from the occupation of this area before 10,000 years ago to the arrival of Spanish Europeans in A.D. 1519.

A survey of prehistoric cultures of the American Southwest from earliest settlement to the historic period.

A description of Andean culture history, emphasizing Peru, from the earliest documentation of human occupation to the Spanish conquest of the Inca. Topics include origins of food production, early ceremonial architecture, Paracas textiles, the Nasca lines, Moche iconography and ritual, and Inca architecture. Discussion of major sites and their architecture, ceramics, sculpture, and other archaeological remains.

Explores current understanding about ancient Zapotec, Mixtec, and neighboring cultures in Oaxaca, Mexico, the location of the earliest Mesoamerican state system and one of its earliest cities.

Examines theoretical and methodological debates in the anthropological study of cities and urban life. Uses ethnographic case studies in Asia, Africa, and Latin America to explore cultural practices and representations of urban space, and struggles over rights to the city. Topics include urban inequality, ecology, housing, planning, and redevelopment.

Explores new forms of social, economic, and political organization that developed with the advent of cities. Examines case studies of the rise of urbanism in both the Old and New Worlds to investigate how and why cities emerged and consolidated.

Surveys the central problems and issues in the anthropological study of tourism. Main topics include the place of tourism in the global economy, the impact of tourism on cultural identity and culture change, environmental issues in tourism development, and tourism as a form of cross- and multicultural communication.

Covers the interrelations among language, culture, and habitual behavior; the classification of languages; and anthropological uses of linguistic evidence.

Covers anthropological theories of the arts emphasizing folk and traditional forms. Features oral and written literature and discusses theories of musical, visual, and other arts.

Examines the social and cultural dimensions of production, exchange, saving, borrowing, and consumption. Topics covered include rationality and economizing, reciprocity, gender and household decision-making, and neoliberalism.

Course will cover the application of linguistics techniques to studies of other symbolic and social fields, the analysis of semantic systems, and the use of linguistic techniques for prehistory.

The elements and forms of religious belief and behavior; functions of ritual in society. Cross-cultural comparisons.

Introduces the study of kinship, marriage, family, and social organization in contemporary cultural anthropology and the history of approaches to these topics. Examines the interplay and tensions between cultural norms and practices and state legal systems.

Introduction to the roles and genres of expressive culture in Southeast Asia, including dance, music, theater, film, and digital culture. Performance is discussed as both a time-honored and a contemporary medium for cultural production, from the courts to everyday experience.

Examines different overt and covert means by which power and social differentiation are produced, perpetuated, and challenged in societies across the world. Studies the politics of culture, ethnicity, nationalism, and gender.

Examines different overt and covert means by which power and social differentiation are produced, perpetuated, and challenged in societies across the world. Studies the politics of culture, ethnicity, nationalism, and gender.

A survey of music, dance, theatre, and ritual in four major geocultural regions of Asia: Central, East, South, and Southeast. No Western music training is required.

Introduces the Maya hieroglyphs and critically evaluates its political history. Topics include three Maya calendars, a basic grammar (logographs, syllables, verbs, pronouns), three writing methods (transcriptions, transliteration, and translation), dynastic events, gods, supernaturals, and political interactions.

Analyzes and critically evaluates the linguistics of Ancient Maya Writing. Topics include grammar (transitive, intransitive, positional, active, passive, mediopassive, antipassive, inchoactive verbs, tense, aspect, transitive perfect, noun, pronoun, morphosyllable, phonology); three writing methods (transcriptions, transliteration, and translation); title and rank; scripts and ideologies; and dynastic interactions.

Prerequisite(s); ANTH 005 or consent of instructor. An extensive review of the techniques used by archaeologists to study ceramic artifacts, one of the most common archaeological remains found at many Holocene sites throughout the world. Critically explores the use of typology, attribute analysis, experimental archaeology, petrography, source analysis, residue analysis, and ceramic ethnoarchaeology.

Applies anthropology to current issues such as community development, education, health, public administration, and conflict.

Introduces people's relationships to their total environment. Explores strategies for managing the environment and its resources, the effects of the environment on culture and society, the impact of human management on the ecosystem, and ways in which human groups view their surroundings.

Analyzes the concept of development by examining major theories and approaches in the anthropological study of international development. Focuses on the relationship between anthropology and the development industry. Topics include ethical issues in development anthropology, causes of failure and success in development interventions, and transformations in development theory and practice.

Explores sartorial practices as a means for examining formations of identities and structural inequalities across space and time.

Covers the thematic and methodological approaches associated with the historical archaeology of Africa and the African diaspora.

Examines the intersections of gender, power, and sexuality in post-colonial Southeast Asia. Revisits early ethnographic claims of gender equality. Addresses current anthropological literature on the effects of colonialism, capitalism, and globalization on gender roles and relations within national and transnational contexts.

Examines the intersections of gender, power, and sexuality in post-colonial Southeast Asia. Revisits early ethnographic claims of gender equality. Addresses current anthropological literature on the effects of colonialism, capitalism, and globalization on gender roles and relations within national and transnational contexts.

Introduces the historical development of anthropological thought in the United States as a manifestation of class and state formation. Clarifies various intellectual currents in contemporary anthropology and their relationships to intellectual and social developments in the broader society.

Introduces the study of disease in past populations within a paleoepidemiological framework. Includes the history and development of paleopathology, distinguishing disease from normal human variation, and making differential diagnoses. Addresses the following categories of pathology: congenital disorders, dental disease, trauma, infection, metabolic and hematologic conditions, neoplasms, and arthropathies.

Examines alternative theories of society, change, and development, as well as the assumptions and premises on which they are based. Considers how they are used to explain capitalist development, imperialism, colonial encounters, nationalism, decolonization, socialist revolution, modernization, unequal exchange, uneven development, globalization, and postcolonialism.

An introduction to the many varied native cultures of the Greater Southwest. Major differences as well as similarities in the forms of language, social organization, religion, and material culture occurring in the Greater Southwest will be defined and described. The peoples of the Greater Southwest are considered, not only in terms of the ethnographic present, but also through a diachronic perspective, from the prehistoric past through the Spanish colonial era to the present.

Examines a number of African cultures using anthropological perspectives on subsistence patterns, social organization, and religious systems. Addresses the treatment of these cultures following a brief overview of the geography, history, and linguistic patterns of Africa.

Anthropological interpretations of culture and society in southeast Asia including Indonesia. Topics include prehistory, ethnic groups, social organization and structure, human ecology, and folk and high culture.

Overview of the cultures and contemporary issues facing the people of Melanesia, Micronesia, and Polynesia. Examines the contribution of Oceanic studies to anthropological theories of kinship and exchange, gender, development studies, and indigenous knowledge systems. Emphasizes how Pacific Islanders draw on their cultural heritage in emerging from formal colonialism to establish new island nations.

Survey of the cultures and societies of Mexico in historical and global perspective. Emphasis on agrarian communities and the contributions of Mesoamerican ethnography to general anthropological theory.

Introduces prominent sociocultural anthropological principles and theories underpinning the disparities between undergraduate and graduate diversity within the U.S education system. Also addresses components of graduate education within the UC system. Topics include impostor syndrome, growth mindset, social and cultural capital, intersectionality, and time poverty. Offered Online Only. Fulfills the third-quarter writing requirement for students who earn a grade of "C" or better for courses that the Academic Senate designates, and that the student’s college permits, as alternatives to English 001C.

Introduction to the data, policy, political debates, and grassroots initiatives addressing unprecedented current incarceration in the United States. Critically investigates role of race and blackness in incarceration trends, new trends in policy, and alternatives to incarceration.

Examines major debates, methods, and theories in studies of entrepreneurship and the commodification of (ethnic) cultures in transnational and cross-cultural contexts. Critically investigates how identity shapes and is shaped by entrepreneurial success with special attention to the contested and shifting meanings of entrepreneurial success and identity formations.

An overview of the Caribbean region from a historical, cultural, and political perspective. Emphasizes contemporary issues affecting the Caribbean and the struggle of its people to maintain their identities.

Explores the racial politics of African American cultures and identities in juxtaposition with the making of the American nationhood and global capitalism. Critically examines the various anthropological discourses about African Americanness and portrays African Americans as nation-builders.

Examines contemporary societies of southern Africa. Focuses on changes and continuities since the end of apartheid. Topics include transformations in ethnic and racial identity and classification; post-apartheid class formation and neoliberalism; labor migration and immigration; HIV/AIDS; land reform, resettlement, and spatial transformation; tourism; and conservation.

Explores the interrelations of health, illness, and culture. Addresses cross-cultural comparisons of health and healing and the effects of cultural systems on health and illness. Examines a diversity of societies and their belief systems and the effects of cultural change (historical and modern) on health and wellbeing.

Explores the relationship between Western medicine and women, racial minorities, and non-Western citizens. Investigates how gender ideology, racial inequity, and colonialism shape the medical representation of bodies, sexuality, and pathology. Examines how patients have renegotiated their relationships with medicine through health movements and alternative healing practices.

Examines reproductive policies, politics, and practices from a cross-cultural and historical perspective. Discusses political and economic processes and sociocultural dynamics; population control; sex preference; infanticide and neonatal neglect; adoption and foster parenting; abortion; technologically assisted conception; and gestational surrogacy.

A cross-cultural examination of the global Human Immunodeficiency Virus (HIV) epidemic from an anthropological perspective.

Introduces medical anthropology from the biological perspective. Explores topics on evolution, health, and medicine; human biological variation in relation to disease; bioarchaeology; and the history of health. Takes the integrative and multidisciplinary approach.

A cross-cultural examination of drug use and its relation to race, class, gender, morality, laws, and health policy.

Examines critical medical anthropology. Focuses on the linkages between political economy, health, and healthcare systems in modern societies. Considers the effects of poverty, occupation, and environmental transformation in particular social contexts. Reviews four case studies: the political economy of HIV/AIDS, poverty, famine, and nuclear regulation.

Examines the overlaps, debates, and potential of medical anthropology to address contemporary issues in global health. Focuses on how the historical development, theoretical frameworks, methodological approaches, and ethical debates within medical anthropology can contribute to a just and inclusive version of global health.

Explores various anthropological discourses about the constitution of bodies focusing on how bodies differ across cultures and historical moments.

Emphasizes the relation between culture, history, and political economy in the emergence of sexual practices and sexualized identities. Examines theories of sexuality and identity focusing on violence, human rights, and political agency.

Examines theories of gender and kinship, the formation of gender hierarchies and their uneven development, and the dynamics of family and gender in stratified social formations. Analyzes the relationship between family forms and political and economic processes.

An introduction to the art of the Aztec Empire. Studies architecture, sculpture, ceramics, painting, lapidary work, gold work, and feather work. Explores the relationship between art and ritual and art and the imperial state.

Explores human evolution in the first five million years; examines the fossil record and incorporates data from archaeology and genetics. Topics include hominoid evolution in the Miocene, origin models of the human lineage, and the first ancestral humans.

Explores human evolution in the last two million years; examines the fossil record and incorporates data from archaeology and genetics. Topics include origins of genus Homo, world-wide dispersals, Neanderthals, and origins of modern humans.

An in-depth study of the human skeleton, including bone biology, functional morphology, fragment identification, reconstruction, forensic methods, and curation techniques. Useful for anthropologists and those intending careers in medicine, physical therapy, and forensics.

An introduction to the art, architecture, and urban form of the Inca civilization. Examines how these elements influenced state formation, conquest, and resistance. Includes studies of urban plans, buildings, paintings, textiles, prints, sculpture, metalwork, and ceramics.

Presents further questions and study of the human body and how it was depicted and interpreted in works of art from Roman Antiquity to the present. Explores a broad range of artworks in their specific historical, cultural, medical, social, religious, political, and intellectual contexts.

A critical survey of recent anthropological and related research and theory concerning transnational and global sociocultural processes. Special emphasis on transnational, diasporan, and other unbounded communities; borderlands; and the impact of global media and communication and transnational migration on community and identity.

Introduces the applied study of forensic anthropology. Topics include basic training in forensic anthropology, its history and theoretical background, medico-legal aspects, case studies, and training in how to identify human skeletal remains and information that can be determined from human bone.

Review of methods used by archaeologists in field and laboratory contexts. Critically explores the applications of different techniques to answer social questions.

Introduces research methods in biological anthropology. Topics include the history of scientific approach in American anthropology, statistics, data resampling, evolution, and variation.

Introduces research methods used by cultural anthropologists. Examines the research process from identifying research problems, to selecting research methods, developing research strategies, collecting and analyzing data, and reporting research findings. Methods and topics covered include participant observation, writing fieldnotes, interviews and surveys, qualitative and quantitative data analysis, and research ethics. Methods In Cultural Anthropology

Examines research methods of linguistic anthropology, providing students with insights into recording and transcription, participant observation, linguistic biography, and ethnography. Includes a quarter-long ethnographic fieldwork project focused on different methods of data collection and analysis. Investigates several ethnographic accounts of linguistic anthropology including issues of evidence, analysis, and theory generation.

An overview, from the original sources, of the contribution of major figures and schools in linguistics from Saussure through early Chomsky.

An introduction to the peoples and societies of North Africa and the Middle East. Follows the travels of Ibn Battutah, Ibn Khaldun, and Rafik al Tahtawi. Topics include religion, migration, gender, political organization, the global Middle East, Orientalism, and cultural production.

An overview of archaeological theory and the critical evaluation of conceptual approaches to archaeological data. Topics include both archaeological and social theories.

Examines the range of meanings attached to spaces and places, from small-scale expressions such as houses to larger ones such as cities and landscapes. Explores how spaces can reflect and foster social conflict or social unity. Through a study of diverse cultural traditions, considers both the architecture and occupied but "unbuilt" spaces in ancient and current societies.

A survey of music, dance, theatre, and ritual in the Philippines, Indonesia, Malaysia, Thailand, Myanmar (Burma), Laos, Cambodia, and Vietnam. Designed for the student interested in the performing arts and cultures of mainland and insular Southeast Asia. No Western music background is required.

An overview of gendered performance genres from a number of cultures. Explores gender-specific music and notions of gender that are often constructed, maintained, transmitted, and transformed through music and performance.

Considers gender roles in ancient and historically recent human societies, as well as how gender has shaped archaeological investigation.

Examines politics of militarization in relation to gender, race, and sexuality in national and international contexts of war. Explores ideologies and representations of masculinity and femininity in discourses of militarism. Topics include war crimes; contestations over historical memory; effects of militarization on gender roles; cults of heroism; and peace activism.

Introduces theoretical and methodological debates in the anthropological study of material culture. Compares archaeological and sociocultural approaches to understanding the significance of matter and materiality across time and space. Covers the relationships between people and things, and the role of objects in social, economic, religious, and political life.

Examines debates in the study of human rights and social injustice. Uses case studies in Asia, Africa, and Latin America to explore legal, cultural, and political practices and representations of rights and reconciliation in postconflict settings. Includes globalization of rights; cultural relativism; indigenous rights movements; advocacy; and gender and health rights.

Covers many aspects of professional career development in anthropology including archaeology. Topics include establishing career goals, building a professional reputation, presenting papers at meetings, submitting manuscripts for publication, applying to graduate school, identifying sources of research funding, and creating a curriculum vitae.

Cross-cultural study of social contexts of warfare and interpersonal violence among ancient peoples. Critically explores the definitions associated with different forms of violence and the methodological, theoretical, and interpretational implications for archaeologists studying warfare across the globe.

Examines the links between women, Islamic practices, and the politics of state formation and nation building. Explores ways women constitute the terrain of struggle between the traditional and modern, colonialism and nationalism, and religion and politics.

Examines the dynamics of gender relations within the context of the Muslim world. Analyzes processes of power which influence concepts of femininity, masculinity, the body, and sexuality. Explores heterogeneity of the Muslim world as well as its unifying cultural and social history.

Introduction to the biological basis of human nutrition in the context of plant-animal-microorganism cycles and the characteristics of different food classes. Discusses the effects of nutritional needs, food availability, and the expanding human population. Includes recording and evaluating one's own diet.

Introduces basic biochemistry wet laboratory techniques for biological samples. Includes micropipetting, volumetric relationships, dilutions, pH measurement, buffer preparation, spectrophotometry, gel permeation chromatography, and ion-exchange chromatography. Explores the use of molecular graphics for investigation of macromolecular structure-function relationships.

Introduction to the biochemistry of living organisms based on a study of the structure, function, and metabolism of small molecules and macromolecules of biological significance. Examines selected animals, plants, and microorganisms to develop a general understanding of structure-function relationships, enzyme action, regulation, bioenergetics, and intermediary metabolism.

Honors course corresponding to BCH 100. Introduction to the biochemistry of living organisms based on a study of the structure, function, and metabolism of small molecules and macromolecules of biological significance. Examines selected animals, plants, and microorganisms to develop a general understanding of structure-function relationships, enzyme action, regulation, bioenergetics, and intermediary metabolism.

Considers the structure and function of biological molecules including proteins, carbohydrates, lipids, and nucleic acids.

Consideration of metabolic pathways including mechanisms and regulation of catabolism, anabolism, and bioenergetics in living organisms.

BCH 110B or BCH 110HB is highly recommended. Considers regulation of gene expression, protein synthesis, chromatin structure, genome replication, recombination, and repair. Examines both prokaryotic and eukaryotic systems, including recombinant DNA technology, protein engineering, and applications to molecular medicine. Credit is not awarded for BCH 110C if it has already been awarded for BCH 110HC or BIOL 107A.

Honors course corresponding to BCH 110A. Considers the structure and function of biological molecules including proteins, carbohydrates, lipids, and nucleic acids. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to BCH 110B. Consideration of metabolic pathways including mechanisms and regulation of catabolism, anabolism, and bioenergetics in living organisms. Satisfactory(S) or No Credit(N/C) is not available.

BCH 110B or BCH 110HB is highly recommended. Honors course corresponding to BCH 110C. Considers regulation of gene expression, protein synthesis, chromatin structure, genome replication, recombination, and repair. Examines both prokaryotic and eukaryotic systems, including recombinant DNA technology, protein engineering, and applications to molecular medicine. Credit is not awarded for BCH 110HC if it has already been awarded for BCH 110C or BIOL 107A.

Advanced biochemistry laboratory techniques including modern methods of protein engineering, purification, and characterization, enzyme assays, principles of various types of column chromatography, SDS gel and other methods of electrophoresis, centrifugation, and crystallization. Most experiments include quantitative reasoning through data manipulation, numerical simulations, parametric evaluation, and detailed laboratory reports. Satisfactory(S) or No Credit(N/C) is not available.

Introduces the known biochemical mechanisms underlying neurodegeneration in humans. Explores the formation of amyloids, prions, aggregates, and oxidative alterations. Discusses how these phenomena are thought to lead to neuronal cell death, as well as how these pathways have been used to devise therapeutic interventions.

Introduces molecular mechanisms and cellular implications of subcellular RNA organization including macromolecular structures, biocondensates, and RNA transport. Focuses first on RNA organization in healthy systems and concludes with dysregulation and disease relevance. Includes a substantial scientific communication component with an emphasis on analyzing, distilling, and presenting results from primary literature.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An introduction and discussion of the experimental approaches and modern techniques in the study of cell growth regulation, signal transduction, and cell death in cancer. E. Gene Regulation; F. Chromatin Research; G. Cell Signaling; I. Structural Biology; J. Biophysical Chemistry; K. Cryoelectron Microscopy; M. Biological Structure/function; N. Genome Stability; O. Genomics And Proteomics; P. Regulation Of Protein Synthesis; Q. Stem Cell Biology; R. Epigenetics; S. Molecular Biology Of Genetic Diseases; T. Biochemistry Of Development And Aging; U. Biochemistry Of Stress Responses.

An in-depth exploration of bioanalytical techniques fundamental to experimental systems biology. Focuses on key methods used to analyze biomolecules, metabolites, and complex biological systems. Designed for those with a foundational understanding of biology and chemistry seeking to apply analytical approaches to modern biological research.

Explores plant biochemistry and the significance of plant metabolites in medicine and pharmacology. Focuses on biotechnology, medicinal plants, and plant-derived drugs as well as the biochemical and pharmacological mode-of-action of secondary plant metabolites. Also addresses plant-specific biochemical processes such as photosynthesis.

Examines epigenetic regulation of gene expression in mammalian development and human disease. Covers the roles of epigenetic mechanisms in normal homeostasis including mammalian embryogenesis, memory formation, and transgenerational inheritance. Addresses aberrant epigenetic control in major human disorders including cancer, neurological disorders, and systemic disease. Explores epigenetics in regenerative medicine.

Introduction to biological energy transduction. Describes the coupling of oxidative phosphorylation and photosynthesis to adenosine triphosphate (ATP) synthesis and the coupling of ATP hydrolysis to ion transport, chemotaxis, molecular motors, biomimetics, and other biological processes on the basis of recent structural and mechanistic studies of the protein complexes involved.

An introduction to the fundamental principles of enzymology. Specific topics include, acid-base catalysis, strain effects, transition state theory, enzyme kinetics (including isotope effects), enzyme dynamics and enzyme regulation. Considers in detail the reactions of several representative enzymes.

A systematic overview of leading and emerging genomics technologies. Emphasizes the biochemical and molecular methods behind different genomic technologies and various applications in areas such as functional genomics, developmental biology, metagenomics, and clinical diagnostics. Course appropriate for biochemistry or other biological sciences majors.

Introduces the field of bioengineering through traditional lectures as well as faculty- and industry- led talks. Highlights major bioengineering subfields, core engineering principles, and emerging technologies. Includes structured design challenges that introduce engineering design processes and skills used in the development of bioengineered devices.

Introduces bioengineering methods used and regulations applied to in vitro systems. Includes regulatory standards such as ISO 10993 and 21 CFR; risk management and sample preparation processes utilized in bioengineering industries; assays used in industrial and clinical settings; biomedical image handling; and automation.

Introduction to bioengineering methods and regulations used with in vivo systems. Covers regulatory standards ISO 10993, ISO 13485, IACUC, the animal welfare act, and IRB. Includes overview of invertebrate and vertebrate models in industrial and clinical research, quality management systems, basic physiological modeling, and production of human derived tissue products.

Provides an overview of the various aspects of bioengineering and introduces bioengineering design. Illustrates the application of engineering principles for the design of various products to health science industries. Covers diagnostic instruments, artificial organs, biotechnology, and cell and tissue engineering. Covers engineering ethics.

Provides Bioengineering students with an in-depth experience in applying mathematical modeling and simulation methods to understand the dynamics of biochemical systems. Prepares for designing new applications of genetic engineering.

Introduces tensor and vector mathematics that describe the conservation of momentum and mass transport in biological sciences, the cardiovascular system, and pulmonary system. Includes constitutive equations, significance of fluid stress in biological vessels, and the physiological relevance of fundamental parameters. Emphasizes the relation between function and system behavior.

Introduces the motion, structure, and function of the musculoskeletal system, the cardiovascular system, and the pulmonary system. Topics include applied statics, kinematics, and dynamics of these systems and the mechanics of various tissues (ligament, bone, heart, blood vessels, lung). Emphasizes the relation between function and material properties of these tissues.

Covers topics in applied statistical methods typically used in bioengineering and biomedicine including random variables and probability distributions; statistical inference and null hypothesis significance testing; and Bayesian and nonparametric statistical testing.

Provides an overview of the biological, mechanical, and neurological mechanisms that guide human movement. Introduces recent innovations and applied methods that build on these fundamentals to measure and evaluate movement for various applications such as rehabilitation, robotics, and sports.

Analyzes engineering aspects of physiological systems. Covers the nervous system, muscular system, respiratory system, renal system, and endocrine system based on fundamental principles of material transport across biological membrane.

Provides basic knowledge for the quantitative analysis of the dynamic behavior of biological systems. Particular applications include neural systems, control of metabolic and hormonal systems, and design of instruments for monitoring and controlling biological systems. Topics include system theory, signal properties, control theory, and transfer functions.

Provides an overview of biochemical processes in cells and their use in developing new products and processes. Presents cellular processes such as metabolism, protein synthesis, enzyme behavior, and cell signaling and control from an engineering viewpoint of modeling and control.

Introduces basic components of instruments for biological applications. Explores sources of signals and physical principles governing the design and operation of instrumentation systems used in medicine and physiological research. Topics include data acquisition and characterization; signal-to-noise concepts and safety analysis; and interaction of instrument and environment.

Provides a laboratory experience with instrumental methods of measuring biological systems. Introduces various sensors and transducers to measure physical, chemical, and biological properties. Covers reliability, dynamic behavior, and data analysis.

An introduction to the application of thermodynamic principles to understanding the behavior of biological systems. Discusses biophysical properties of biomacromolecules such as proteins, polynucleotides, carbohydrates, and lipids, as well as the methods of characterizing their properties and interactions.

Covers progress in cellular and molecular biology and engineering. Provides the basis for advancing tissue repair and regeneration with the goal of restoring compromised tissue functions. Presents methods for cell culture, tissue design and development, manipulation of the cell/tissue microenvironment, and current strategies for functional reconstruction of injured tissues.

Focuses on mechanical characterization of biological tissues at the cellular, organ, and system level. Explores biomechanical factors of physiological and pathological conditions.

Provides fundamental understanding of the molecular and cellular biology of wound repair and regeneration. Focuses on the spatiotemporal roles of inflammatory cytokines; growth factors; extracellular matrix; mechanical forces; tissue cells and adult stem/progenitor cells in soft tissue repair. Topics include embryonic wound regeneration and adult skin and cardiovascular repair.

Covers the principles of materials science and engineering with attention given to topics in bioengineering. Explores atomic structures, hard treatment, fundamentals of corrosion, manufacturing processes, and characterization of materials.

Covers the structure-property relations of metals, ceramics, polymers, and composites, as well as hard and soft tissues such as bone, teeth, cartilage, ligament, skin, muscle, and vasculature. Focuses on behavior of materials in the physiological environment.

Examines fundamental theory and basic design of biomedical optical imaging systems. Topics include a basic understanding of the working principles of optical components, diagnostic light-tissue interaction, and design of imaging systems to exploit the interaction of light with biological phenomena.

Laboratory experience in cell culture, bioreactors, optical techniques, array techniques, and separation and purification methods.

Covers engineering principles for the analysis and modeling of biological phenomena. Topics include molecular diffusion and transport, membranes, ligand-bioreceptor interactions, enzyme kinetics, and dynamics of metabolic pathways. Examines the application of these principles to the design of bioreactors, bioassays, drug delivery systems, and artificial organs.

An introduction to the fundamental physics and engineering principles for medical imaging systems. Covers X-ray, ultrasound, radionuclide, magnetic resonance imaging, positron emission tomography, optical coherent tomography, and other optical methods. Includes image formation and reconstruction, image characteristics, and quality and image processing.

Emphasizes engineering, biochemical, and biophysical concepts and technologies intrinsic to specific topics of biomolecular engineering. Introduces the history of genetic and protein engineering. Topics include biological thermodynamics, molecular kinetics, biochemical and biophysical approaches, protein engineering, high-throughput screening technologies, and protein engineering with unnatural amino acids.

Covers biological energy conversion (including photosynthesis) and its implication for sustainable energy technologies. Discusses recent advances in biomimetic and bioinspired energy conversion.

Provides an overview of medical diagnostics. Topics include methods of biochemical detection, genotyping, DNA sequencing, medical imaging, hematology, microfluidics, epidemiology, diagnostics for point-of-care and resource-limited settings, and case studies of commercially successful diagnostic products.

Introduces numerical techniques for bioengineering phenomena. Topics include biomedical data handling; linear and nonlinear fitting of biological data; iterative solutions to nonlinear and transcendental biomedical problems; stochastic and deterministic models of biology; system level modeling of physiology; and basics of bioinformatic techniques.

An introduction to the fundamentals of life processes at the cellular level. Topics include cell structure, chemical composition, metabolism, reproduction, genetics, and development with emphasis on humans. Not recommended for natural science majors. Either BIOL 002 or BIOL 003 may be taken as a breadth requirement in biology; together they provide a general introduction to the field of biology. Credit is not awarded for BIOL 002 if it has already been awarded for BIOL 005A, BIOL 05LA or BIOL 020.

An introduction to the physiology, ecology, and evolution of living organisms with emphasis on humans. Not recommended for natural science majors. Either BIOL 002 or BIOL 003 may be taken as a breadth requirement in biology; together they provide a general introduction to the field of biology. Credit is not awarded for BIOL 003 if it has already been awarded for BIOL 005B.

An intensive course designed to prepare for upper-division courses in cell and molecular biology. Covers biochemical, structural, metabolic, and genetic aspects of cells. Required for Biology majors; recommended for science majors desiring an introduction to biology.

An intensive course designed to prepare for upper-division courses in organismal biology. Covers developmental biology, physiology, and regulation at the level of the organism. Required for Biology majors; recommended for science majors desiring an introduction to biology.

An intensive introduction to the subjects of evolution and ecology. Covers population dynamics, community ecology, population genetics, and evolutionary theory. Recommended for science majors desiring an introduction to biology. Students who take equivalent first-year biology at another institution may enter directly into BIOL 005C without critical handicap.

An introduction to laboratory exercises on fundamental principles of and techniques in cell and molecular biology. Illustrates the experimental foundations of the topics covered in BIOL 005A.

Explores the evolution of life beginning with precellular life. Topics include the origin of sex, multicellularity, vertebrate classes, morphological specializations, adaptive radiations, extinction dynamics, and the biology of dinosaurs.

Introduces computational and experimental approaches in investigating the genomes of plants and animals. Explores scientific discovery using the tools of bioinformatics and genomics. Includes participation in research projects being conducted on campus.

A consideration of human anatomy, physiology and behavior as related to sexual reproduction, including discussion of fertility, pregnancy, childbirth and birth control. Consideration will also be given to homosexuality, venereal diseases, sex education, sexual intercourse and response.

Designed for both nonscience and science majors. Covers basic human genetics and evolution, and explores their relationship to physical and mental health. An exploration of the political, societal, and ethical implications of human heredity and evolution.

This lecture course for non-science majors will deal with the natural history of infectious diseases and how plagues have influenced the course of human history. It will cover the biology, pathology, epidemiology, and immunology of viruses, bacteria, and protozoan parasites causing smallpox, yellow fever, influenza, AIDS, syphilis, bubonic plague, tuberculosis, leprosy, malaria, and African sleeping sickness. The role of scientific inquiry in the conquest of human disease will be emphasized.

Introductory study of insects, Earth’s most diverse group of animals (75 percent of animal species are insects). Covers the anatomy, physiology, ecology, behavior, and diversity of insects. Focuses on insect identification.

Covers computational and data skills required for modern biological data analysis using R. Topics include R Markdown for reproducible reports; data cleaning, manipulation and visualization; digitizing morphological data; analyzing messy datasets common across biology; mapping species ranges and temporal data; building phylogenies; and interacting with biological databases using APIs.

An introductory course that includes classical Mendelian genetics, linkage and recombination, sex-linked traits, cytogenetics, developmental genetics, and molecular genetics. Also includes some probability theory and statistics.

A study of the plant world from cells to ecosystems. Examines the structure and function of organisms from the major plant groups and their role in the biosphere. The laboratory explores the unique properties of plants.

Covers the causal interpretation of organic diversity and adaptation. Topics include inference of evolutionary change from the fossil record and from genomic and molecular patterns; microevolution and macroevolution; systematics and the species problem; and natural selection, drift, and other forces of evolution.

A survey of variation within and among contemporary human populations arising from genetic and environmental factors. Covers single-locus and polygenic inheritance, developmental plasticity, and physiological acclimatization. Includes biogeographic and demographic influences; variation in pigmentation, stature, physiology, disease susceptibility, behavior, and IQ; and critical evaluation of racial and ethnic classifications.

Studies the structure and function of the genetic material including DNA structure, DNA replication and recombination, regulation of gene expression, and protein synthesis. Examines both prokaryotic and eukaryotic systems including contemporary recombinant DNA technology and applications of molecular cloning procedures. Credit is not awarded for BIOL 107A if it has already been awarded for BCH 110C.

An advanced treatment of the functional architecture of genetic material. Topics include genome structure and chromosome organization, DNA replication and gene expression, cloning organisms, molecular medicine, protein engineering, and application of modern molecular biology to agricultural problems. Topics include discussion of the impact of the emergent molecular technology on society.

Studies factors influencing genomic variation in biological populations. Includes the effects of natural selection and genetic drift on genetic variation; detecting adaptive change from genomic data; why genetic diseases and cancers persist; evolution of co-operation; adaptation to pathogens and a changing environment; and how small, conserved populations face genetic challenges

Introduces epidemiological methods used to investigate infectious diseases. Includes examples and case studies presented for a variety of human infectious diseases.

Principles and philosophy of classification: phylogenetic and phenetic methods, species concepts, taxonomic characters, evolution, hierarchy of categories, and nomenclature.

An examination of the organization, function, and behavior of eukaryotic cells. Topics include membrane systems, protein targeting, the cytoskeleton, motility, and cell division. Emphasizes the experiments that form the basis of the current understanding of the cell. The discussion section focuses on reading and analyzing original journal articles.

Examination of the organization, function, and behavior of eukaryotic cells. Explores molecular mechanisms used by cells to control reproduction, growth, and responses to extracellular signals. Emphasizes experiments that form the basis of the current understanding of the cell. The discussion section focuses on reading and analyzing original journal articles.

An introduction to human genetics. Topics include human gene organization, chromosome structure, chromosomal aberrations, patterns of single-gene inheritance, multifactorial disorders, developmental biology in medicine, cancer genetics, prenatal diagnosis, personalized health care, gene therapy, and ethical issues in medical genetics.

Introduces principles of ecology emphasizing the implications for the conservation of biodiversity. Topics include physiological ecology, organismal adaptations to the environment, life histories, the niche concept, population growth, interspecific interactions, and the structure and functioning of communities and ecosystems. Also covers topics in applied ecology and conservation biology.

An introduction to the interplay between ecology and evolution and an overview of modern research in the field. Topics include major evolutionary and ecological transitions, life history evolution, coevolution, and species diversification. Includes a combination of indoor laboratory activities and 5-hour field trips to local habitats.

Covers theory, techniques, and analytical methods for interpreting patterns of genetic variation based on current high-throughput DNA sequencing technology. Topics include genotype calling, analysis of population structure, genome-wide association studies, and phylogenetic inference using modern computational methods. Includes laboratory techniques for sequencing library preparation.

An introduction to the science of genomics and bioinformatics. Includes genome sequencing; database techniques; structural, comparative, and evolutionary genomics; and microarray analysis.

An introduction to the study of plant diseases. Topics include diseases and disease-causing agents, host-pathogen interaction during disease development, and strategies for disease management. Includes optional, separate laboratory.

Covers fundamentals in the use of laboratory instruments and techniques for the detection, isolation, and identification of representative infectious agents that cause disease in plants.

An intensive introduction to the fundamental physiology and molecular biology of bacteria and viruses. Covers bacterial and viral molecular genetics, an introduction to microbial pathogenesis, and applications of microbiology in modern societies.

Laboratory exercises in diagnostic bacteriology, basic virology, and epidemiology. Includes fundamental quantitative and diagnostic microbiological procedures, basic mechanisms of microbial genetic exchange, and a project examining bacterial epidemiology.

Covers spoilage and preservation of food; food quality and indicator organisms; the role of microorganisms in the production of dairy goods and fermented beverages; food-borne pathogens and microbiological production of toxins; and classical and modern molecular methods for detection of food microorganisms.

Considers viruses as infectious agents of bacteria, plants, and animals (vertebrates and invertebrates). Compares the major groups of viruses with respect to their biological and biochemical properties, molecular and genetic characteristics, and modes of replication.

An intensive introduction to the fundamental physiology and molecular biology of bacteria and viruses. Covers research strategies for examining microbial pathogenic mechanisms.

Introduces principles of insect ecology with examples emphasizing the Arthropoda. Topics include factors governing population growth; ecological and evolutionary interactions with hosts, competitors, and natural enemies; structure of ecological communities; and adaptations to different environments.

A study of humoral and cellular immunology. Topics include lymphoid systems, cells, antigens, antibodies, antibody formation, cellular immunity, and tumor and transplantation immunology. Discusses in detail diseases and altered immune states associated with each topic.

Explores the functional and developmental aspects of plant cell, tissue, and organ structure. Covers all aspects of the flowering plant life cycle from germination to pollination and fruit and seed development.

Introduction to the morphology, taxonomy, genetics, physiology, ecology, and economic importance of the major groups of the fungi.

Introduces fundamentals in the use of laboratory instruments and techniques for the isolation, cultivation, and identification of representatives of the major taxa of fungi.

Introduces the key areas of research in plant morphology and developmental biology. Emphasizes flowering plants (angiosperms).

A survey of the fundamental principles of plant physiology including photosynthesis, respiration, water relations, mineral nutrition, growth, morphogenesis, plant hormones, dormancy, and senescence.

A study of the fundamentals of plant ecology. Emphasizes community ecology, environment, life histories, population dynamics, species interactions, succession, ecosystem and landscape ecology, and plant conservation ecology.

Examines approaches to studying the genetic basis of polygenic metric traits. Includes types of gene action, partitioning of variance, response to selection, and inferring the number and location of quantitative trait loci.

Introduction to the study of mammals. Covers mammalian evolution, ecology, reproductive biology, physiology, and conservation. Labs include identification and taxonomy with particular focus on Californian species. Includes one or more overnight field trips to live-trap and observe mammals at University of California field stations.

Structure, classification, and biology of the invertebrates.

Topics include evolution and the fossil record, paleoecology, classification theory; the nature of adaptive radiations, and extinctions.

Introduces the application of entomological principles and collection of entomological data to be used as evidence in courts of law. Explores the basis of using insects to determine time and place of death in criminal cases including the collection, handling, and identification of insects of forensic importance.

An examination of the structure, function, and behavior of eukaryotic chromosomes.

Surveys the biology of protozoan and helminth interactions with their human hosts.

An introduction to the biology of nematodes. Topics include the morphology, physiology, development, genetics, behavior, and ecology of nematodes from parasitic and free-living habitats. Includes observing the comparative morphology and biology of nematodes and giving oral presentations on selected nematode life histories.

An examination of behavior from an evolutionary and ecological perspective. Topics include the inheritance of behavior, evolution of communication and displays, migration and habitat selection, foraging ecology, mating systems, and the evolution of social behavior.

Laboratory and field exercises in animal behavior. Covers topics such as foraging behavior, aggression, and territoriality.

Covers functional anatomy of vertebrates including humans. Examines organ systems from developmental and evolutionary perspectives. Topics include phylogeny, the skeleton, and muscles.

Covers functional anatomy of vertebrates including humans. Examines organ systems from developmental and evolutionary perspectives. Topics include nervous system, integument, and circulatory, sensory, respiratory, digestive, and urogenital systems.

An analysis of the mechanisms that cause and control behavioral reactions of insects. Emphasizes ethological and physiological knowledge concerning orientation mechanisms, communication systems, learning, and the role of the nervous system in integrating behavior in insects.

Topics include ecology, evolution, and behavior of birds, mammals, reptiles, and amphibians. Laboratory covers systematics, morphology, and identification. Includes indoor labs and field trips to local habitats.

An examination of the basic ecological principles related to land restoration. Topics include enhanced succession; plant establishment; plant adaptations; ecotype; weed colonization and competition; nutrient cycling; functions and reintroduction of soil microorganisms; restoration for wildlife; and the determination of successful restoration. Includes field trips to restored sites.

Explores how global environmental change affects the ecology, physiology, behavior, and evolution of organisms. Topics include global change and its drivers including rising CO2, nitrogen deposition, temperature, and habitat alteration. Illustrates how organismal responses scale up to influence species interactions, ecological communities, and ecosystem processes.

An introduction to the ecology of forest ecosystems. Explores modern research and management in the field. Topics include major forest types within California, tree physiology, forest soils, forest population and community dynamics, wildfire, and forest management. Includes combination of indoor laboratory, field labs, and field trip to local forest.

An advanced description of the embryonic development of animals. Covers the basic concepts of fertilization, gastrulation, and neurulation. Analyzes topics in current developmental research, with an emphasis on the molecular mechanisms of pattern formation and differentiation.

Topics include diversity, evolution, physiology, ecology, behavior, field identification, and conservation of species that live in Southern California. Labs and field trips include identification, anatomy, and ornithological techniques such as mist-netting. Includes over-night field trips to University of California field stations.

An introduction to the study of amphibians, snakes, lizards, and turtles with emphasis on the Southwest U.S. Topics include diversity, ecology, physiology, functional morphology, biomechanics, and conservation. Field trips will involve identification and techniques for studying behavior and ecology. Lab exercises will involve functional morphology, internal anatomy, and identification.

Introduction to the structure of the human body using the an organ-systems approach. Emphasizes an overview of the major elements of human anatomy, a brief introduction to function (i.e., physiology), and the relationships among organs and organ systems. Labs provide hands-on identification of human anatomy.

BCH 100 or BCH 100H or BCH 110A or BCH 110HA are strongly recommended. Provides first-principles analysis of cell, tissue, and organ structure and function. Emphasizes an integrative, problem-solving approach using applications such as disease and exercise. Topics include the musculoskeletal, nervous, endocrine, and reproductive systems.

Builds on concepts introduced in Biology 171B with an analysis of cell, tissue, and organ structure and function using problem-solving approaches in humans. Emphasizes applications such as extreme environments, disease, and exercise. Topics include the cardiovascular, pulmonary, digestive, and renal systems.

Introduction to the study of freshwater and marine fishes. Topics include diversity, ecology, physiology, functional morphology, biomechanics, and conservation. Laboratory exercises will include species identification, functional anatomy, biomechanics, and physiology. A final paper and oral presentation are required.

Introduction to principles of insect physiology. Covers growth, development and hormones, cuticle, nervous system, circulation, respiration, digestion, nutrition, excretion, reproduction, water balance, and temperature relations. Prior knowledge of insects not required.

Examines the interactions between organisms and their environments emphasizing coadaptation of physiological, morphological, and behavioral phenotypes. Includes allometry and scaling, metabolism and locomotion, heat and water exchange, evolution of endothermy, artificial selection experiments, and phylogenetically based statistical methods.

Topics include nutrition and energy metabolism, gas exchange, circulation, and regulation of body fluid composition.

Applies principles from physics and engineering to the study of the relationship between organismal form and function. Covers examples from diverse plant and animal systems. Includes fundamental properties of solids and fluids, viscoelasticity, drag, biological pumps, locomotion, and muscle mechanics.

An introduction to exercise biology. Integrative topics include neuromuscular function and fatigue, bioenergetics, adaptation to training, cardiorespiratory responses to acute and long-term exercise, environmental physiology, exercise capacity among disparate vertebrate groups, aging, and the comparative biomechanics of exercise. Illustrates applications to human health and sports.

An examination of the interactions between hormones and behavior in animals including humans. Provides an overview of endocrine physiology and examines the roles of hormones in sexual differentiation, sex differences in behavior, sexual behavior, parental behavior, affiliation, aggression, stress, and mood.

Provides students with tools necessary to analyze the decision to finance their UCR education with student loans. Topics include personal budgets, student loans, interest rates, career planning, auto and health insurance, and other issues related to financing higher education.

Honors course corresponding to BUS 001. Provides students with tools necessary to analyze the decision to finance their UCR education with student loans. Topics include personal budgets, student loans, interest rates, career planning, auto and health insurance, and other issues related to financing higher education. Satisfactory (S) or No Credit (NC) grading is not available.

Provides an overview of the field of business administration. Explores business goals and strategies; functional areas of business and their integration in policy and decision making; social responsibility; computers in business; and business trends and challenges including the international dimension.

A study of the concepts and techniques for measurement and communication of financial information. Includes interpretation of financial statements.

A detailed study of the process of measuring, recording, and communicating financial accounting information. .

Focuses on writing and communication methods in the business environment. Topics include written and oral presentations, interpersonal skills, teamwork in the multicultural setting, and effective use of communication technologies. Fulfills the third-quarter writing requirement for students who earn a grade of "C" or better for courses that the Academic Senate designates, and that the student's college permits, as alternatives to WRIT 030.

Topics include computer hardware and software, business data processing, databases, telecommunications, systems analysis and design, cost-benefit analysis, and systems applications in business. Includes database and spreadsheet projects.

Analyzes the legal, ethical, political, and social aspects of the business environment. Topics include ethics and social responsibility, government regulation, corporate governance, and global management issues.

An introduction to the role of marketing in society emphasizing concepts, marketing methods, and institutions.

A survey of deterministic and probabilistic models for decision making. Topics include linear programming and extensions, networks, dynamic programming, decision trees, queuing models, and simulation. Explores the application of these models in decision making.

Addresses the issues of design and control of production systems in manufacturing and service organizations. Covers product and process selection, capacity planning, location and layout design, project and job scheduling, inventory control, material planning, and quality control.

An introduction to financial management and financial institutions. Includes time value of money, stock and bond valuation, risk and return, portfolio theory, capital budgeting, capital structure, dividend policy, and financial databases.

Studies organizations from the behavioral science perspective. Topics include motivation, leadership, communication, groups, organization structure and culture, and control in complex organizations.

A study of accounting data used for managerial planning and controlling of business operations. Provides an introduction to manufacturing operations and cost accounting systems, cost-volume-profit analysis, relevant costing, standard costing and variance analysis, and budgeting.

Provides an understanding of strategic decision-making processes in organizations, the interrelationships among functional areas, and how decision making is affected by internal and external environments.

Covers the processes, methodologies and practices used to transform data into useful information to support business decision-making. Offers an opportunity to gain insights and hands-on-experience with basic functionality of industry standard data mining and visualization software tools such as Tableau, JMP and IBM's Watson Analytic.

Covers the marketing of services and ideas. Focuses on marketing for service organizations such as hotels, hospitals, and banks. Provides understanding of the broader role of service provision for both service firms and goods firms.

Provides a basic understanding of the general models of choice behavior as it relates to marketing decision making. Emphasizes motivation, perceptions, learning, and social forces as they impact the choice process.

Covers the concepts and strategies relating to the distribution of products and services through retail and wholesale business channels. Focus on the management of marketing and Salesforce activities within these channels of distribution.

Covers the theory and practice of marketing across national borders. Provides an understanding of global marketing environments and examines the development of marketing strategies to maximize growth of global companies.

Covers types and sources of marketing information, the marketing research process, and techniques of data collection and analysis, including consumer and customer surveys and test marketing. Examines both quantitative and qualitative research with analysis of the values and limitations of data. Emphasis is placed on evaluation and interpretation of results.

Integrates theory and practice into a framework for making pricing decisions. Prepares for addressing strategic and tactical pricing issues. Topics include customer demand and price sensitivity, psychological reaction to price, segmented pricing, price promotions, bundling, online pricing, dynamic pricing, competitive reaction, profitability analysis, and pricing strategy development.

Covers the basic concepts and functions of advertising, sales promotion, and other communication tools in an integrated marketing communications framework.

An introduction to the role of digital marketing in business-to-consumer and business-to-business marketing. Covers the application of traditional marketing principles to an electronic commerce environment and new digital marketing techniques made possible by this environment.

Examines marketing cases and develops data analytical skills for managerial decision making. Utilizes statistical software to manage, display, and analyze marketing information including consumer survey, relationship management, scanner, and socioeconomic data. Topics include attitude measurement, market segmentation and targeting, competition analysis, market performance analysis, and store location choice.

Introduces global strategic management and how to win the global marketplace. Covers topics including the challenges of creating the right kind of organization, motivating a global workforce, entering new markets, creating global competitive advantage, and building a global mindset.

Provides a foundation of knowledge regarding employee benefits and the design and management of employee benefit plans. Discusses current issues and recent developments in the ever-changing field regarding employee benefits-related topics.

Introduces the fundamental techniques of using data to make informed management decisions in the presence of uncertainty. Utilizes advanced Microsoft Excel functionality.

Provides fundamental concepts and tools needed to understand the emerging role of business analytics in organizations. Applies basic business analytics tools in a spreadsheet environment. Introduces market-leading techniques that help identify and manage key data from business processes. Provides the essential tools required for data mining and business process re-engineering.

Introduces simulation as a tool for analyzing complex systems. Analyzes and discusses the theory and practice of modeling through simulation. Topics include modeling uncertainty and collecting input data, Monte Carlo simulation techniques, model verification and validation, and sensitivity analysis. Examines applications in finance, marketing, operations, and supply chain management.

Teaches how forecasts are developed and utilized. Emphasizes common forecasting methods used in business and uses specific cases to illustrate these methods. Applications to business include forecasting sales, production, inventory, macroeconomic factors such as interest and exchange rates, and other aspects of both short- and long-term business planning.

Explores Deming's 14 points for management, graphical methods, fishbone diagram, Pareto analysis, control charts for attributes and variables, cusum and moving average charts, and process-capability. Also covers economic design, acceptance sampling, Taguchi method, parameter design, tolerance design, reliability, hazard rate, censoring, and accelerated life testing.

Covers issues related to planning and control. Explores the differences between projects and production systems; breakdown structures of project organization and work; sequencing and budgeting; resource management; project evaluation and control; and use of current project management software. Includes application of methodology to a real-world project.

Focuses on management of the distribution of goods and services from plants, ports, and vendors to customers. Key topics include transportation, inventories, warehousing, materials handling, order processing, packaging, pricing, customer service standards, and warehouse and retail location.

Covers the modeling and analysis of decision problems in supply chain management. Includes logistics network design, integration of supply chain operations, and supply and sourcing decisions. Utilizes the electronic spreadsheet as the principal device for building models, as well as addresses the concepts of effective spreadsheet design and use. If BUS 130 has been completed with a passing grade with the title of "Supply Chain Modeling" the new BUS 130 "Quantitative Business Decision Models” may not be taken for credit.

Covers fixed-income securities and basic analytical tools in fixed-income markets. Topics include relative pricing of fixed-income securities, yield-curve estimation, securities with embedded options, and trading strategies. Utilizes instruments such as interest rate swaps, mortgage-backed securities, and credit derivatives.

Covers the mathematical and economic foundations of finance. Topics include intertemporal production and consumption; fisher separation; risk and return; two-fund separation; standard asset-pricing models; arbitrage; derivatives concepts and parity relationships; and international finance parity relationships.

Covers materials from BUS 106/ECON 134 and ECON 132. Examines investment and operational decisions of individuals and companies. Covers relationship between investment decisions, wealth, and risk tolerance. Addresses operational decisions from the perspective of an entrepreneur or manager. Pursues strategies that personally appeal rather than investments that maximize shareholder value. Satisfactory(S) or No Credit(N/C) is not available.

Explores capital budgeting under uncertainty, cost of capital, capital structure, and basics of corporate governance. May cover other related topics. Provides an understanding of the theoretical issues related to these topics. Emphasizes formulating optimal financial decisions. May include case-method teaching and data analysis.

Covers application of option pricing in corporate finance, financial planning, working capital management, mergers and acquisitions, and risk management. May cover other related topics. Emphasizes formulating optimal financial decisions. May include case-method teaching and data analysis.

Provides a thorough study of the investment process. Topics include portfolio selection, asset-pricing models, term structure, and portfolio performance valuation. Discusses empirical uses of securities data and empirical issues in testing asset pricing models.

Covers option market characteristics, option pricing theories, and speculative strategies used in local, national, and international markets. Analyzes other derivatives instruments including futures, forwards, and swaps. Discusses empirical uses of securities data related to derivatives markets.

A survey of international financial institutions and the financial factors that affect the modern multinational corporation. Covers trade and international investment theories and empirical analysis. Topics include the international financial systems, balance of payments, foreign exchange markets, measurement of foreign exchange risk, hedging, international asset pricing, and trade financing.

Analysis of real estate development including consideration of site selection, market analysis, financing, design and construction, loan contracts, mortgage risks, and investment analysis.

Introduces stock market anomalies. Includes ways to predict market strength, to profit, and to understanding the risk and trading costs of performing such trading strategies. Considers the most well-known empirical deviations from the capital asset pricing model (CAPM) and trading strategies.

Examines financial institutions in the United States with an emphasis on banks and their competitors. Focuses on the risks these institutions are exposed to and their sources. Topics include deposits, loans, regulation, interest rate risk, credit risk, mutual funds, hedge funds, insurance, and pension funds.

Covers decision making, including thinking and judgments; information selection and evaluation; learning and memory; the social side of judgment and decision making; fairness, moral obligations, and social dilemmas; and decision making in organizations.

Develops an understanding of the theory and processes underlying a broad spectrum of negotiation problems. Attains competency in negotiations by applying analytic and interpersonal skills covered in readings and lecture to regular exercises and debriefings.

A general survey of the dynamics and effective management of teams within organizations. Explores the nature of teamwork through the creation of shared goals and actions to facilitate organizational effectiveness. Addresses the roles of individuals in teams. Enhances theoretical knowledge of teams through critical application in real-team situations.

Discusses the nature of entrepreneurship and its role in the economy. Topics include identifying and evaluating business opportunities, creating a team, and acquiring financial and other necessary resources.

Focuses on the financing of entrepreneurial ventures. Provides an understanding of opportunity recognition skills, funding techniques, and institutions involved in the financing of new ventures. Includes financial modeling, cash needs assessment, valuation, deal structure, financing alternatives, simulation, and harvesting.

Provides the skills necessary to assess new venture opportunities and convert them into businesses.

Explores the distinct challenges multi-business organizations face when creating and reviewing their corporate-level strategies. Topics include mergers and acquisitions, alliances, outsourcing, reorganizations, diversification, and change implementation. Emphasizes how top management can identify opportunities, define the corporate headquarter's role, and create value for the businesses it holds.

Provides an understanding of how to manage a brand or a branded product. Topics include brand development and equity, brand architecture and brand leveraging, and managing a brand over the product life cycle.

Discusses strategic and tactical aspects of sales force management including sales force planning, deployment, compensation, and control. Also covers selling strategies and managing of customer relationships.

An analysis of labor demand, labor supply, market equilibrium, and policies affecting each. Topics include labor supply, labor demand, minimum wages, government transfers, education, job training, and discrimination.

Studies law as an integral part of the business environment, a process derived from and changing with the larger society. Areas covered include contracts, torts, agency, partnerships, corporations, and bankruptcy.

Applies a strategic planning approach to managing relations between an organization and its human resources. Topics include processes of forecasting and job analysis, environmental scanning, recruitment and selection, evaluation and compensation, and dispute resolution.

Covers management topics for understanding how to navigate, manage, and lead diverse organizations more effectively. Topics include diversity in organizations, cross-cultural management, research-based strategies for reducing bias in organizations, and workplace inclusion.

Examines the strategies that lead to successful development of new products. Discusses the tools and techniques used in different stages of a successful new product development process from opportunity identification to market testing and commercialization of the new product.

A study of the organization and structure of the American industrial system. Emphasizes production and pricing behavior and policies. Also addresses market structure and public policies regulating or influencing market behavior.

An introduction to forensic accounting and fraud examination and how they pertain to both civil and criminal matters. Covers the characteristics of fraud, fraud prevention and detection, investigative techniques, asset recovery, and the use of information technology.

Examines applications of economic analysis to problems of management, especially of capital. Emphasis is on production economics and cost analysis.

Provides a process of starting a new technology-based venture from the original idea to commercialization. Introduces a set of cross-functional concepts in technology management, intellectual property laws, marketing, operations and strategy. Concepts apply to a class project focused on the development of a business plan for a technology-based startup.

Focuses on planning and development of marketing and product portfolio strategies for long-term success. Emphasizes marketing analysis and decision-making through the use of case studies and/or a computer-based marketing simulation.

In-depth study of financial accounting theory and practice. Develops an understanding of accounting concepts and generally accepted accounting principles and the ability to apply this technical knowledge to solve accounting problems. Topics include principal financial statements and accounting and valuation of various assets.

A continuation of study of financial accounting theory and practice. Topics include current liabilities and contingencies, long-term liabilities, contributed capital, retained earnings, and temporary and long-term investments.

A continuation of study of financial accounting theory and practice. Covers the conceptual discussion and procedural presentation of financial accounting topics as well as recent developments in accounting valuation and reporting practices promulgated by practitioners in industry and public accountants.

Study of the concepts and techniques in the design and implementation of accounting information systems within companies' operating environments. Emphasis is on the effects of the computer on these systems.

Covers advanced accounting topics such as consolidated financial statements, accounting for multinational corporations, partnership accounting, and accounting for nonprofit organizations.

Concentrates primarily on the basic provisions of the federal income taxes imposed on individuals and the accounting for those taxes. While the major emphasis is on current tax provisions and tax planning, consideration is also given to the legislative and judicial development of these provisions.

Covers tax research, corporate taxation, partnership taxation, the wealth transfer taxes, income taxation of estates and trusts, international taxation, and tax administration.

Covers the auditing environment, the auditor's legal liability, audit responsibilities and objectives, audit evidence, audit planning and documentation, the auditor's report, and management letters.

Covers the audit process (internal control, compliance tests, sampling, substantive evidence gathering, electronic data processing auditing) and the audit procedures for various types of accounts such as sales, cash, accounts receivable, payroll, inventory, and capital acquisitions.

Explains weighted average cost of capital as used in operating income based, revenue based, and market based valuation methods. Requires research to determine valuation of an existing publicly held company under all three methods. Also considers off balance sheet financing, credit risk analysis, and minority interests.

Involves detailed analysis, specification, design, and implementation of computer-based information systems. Includes economic analyses, evaluation of alternatives, analysis or design tools, and systems project management and planning. Case studies are used.

Discusses economic concepts and strategies related to the network economy. Topics include economic issues surrounding information goods, competition in electronic business, pricing strategies, and intellectual property protections. Examines business strategies for the information (software) and infrastructure (hardware) elements of electronic business.

Covers physical and conceptual aspects of database management systems, including familiarity with the variety of database systems based on different data models. Examines the role of database systems in management information systems (MIS) and issues in database design for effective support of MIS. Requires the use of a database package.

Reviews the technological evolution of electronic commerce (EC). Investigates how EC can be used to interact with customers, other organizations, and those within the organization. Studies technical innovations, provides a critical evaluation of strategies, and examines current applications and their impact on the business environment.

Surveys components of telecommunication systems; examines major design and analysis issues in the development and implementation of computer communication systems. Studies both voice and data communication systems including local area networks, wireless systems, satellite systems, and distributed computer and database systems. Emphasizes evaluation of these systems for business purposes.

Emphasizes the roles of individuals in organizations. Topics include the effects of jobs on workers, long-term trends in the nature of work, and differences in work among major segments of the labor force.

Explores the foundation of knowledge regarding labor in the United States. Emphasizes the historical development of unionism, labor legislation, union structure, bargaining issues, contract negotiations and administration, and labor-management relations.

A study of the pure theory of trade, trade policy, and international factor movements. Includes illustrative applications to current issues and problems.

Includes introduction to and use of geographic information system (GIS) for business applications. Provides basic understanding on how location information is used in business processes for decisions. Offers an opportunity to gain hands-on experience with basic functionality of industry standard business mapping software tools including ArcGIS and Business Analyst Online.

Provides the ethical grounding that professional accountants need to identify ethical issues that they might face and to respond effectively to them. Includes exposure to ethics-related issues in financial accounting and reporting, management accounting, audit, taxation, accounting information systems, forensic accounting, and accounting-related consulting.

Introduces the mindset, tools, and techniques of data analytics as applied to the accounting profession. Explores practical application of how to use modern software to solve real-world accounting problems. Topics include acquisition and transformation of messy data, performing descriptive and diagnostic analyses, and visualizing findings in interactive dashboards.

Introduces accounting for nonprofit entities including their financial reporting objectives and examination of government auditing standards. Examines the basic principles of governmental accounting under Generally Accepted Accounting Principles (GAAP). Emphasizes the state and local government financial reporting model promulgated by the Governmental Accounting Standards Board (GASB).

Teaches the analytical approach to business decision making and performance improvement. Focuses on how to structure and analyze business problems to arrive at optimal solutions and compelling insights. Covers applications in marketing, operations, supply chain, and finance. Techniques include probability, statistics, and optimization.

Teaches statistical methods for descriptive, predictive, and prescriptive analysis. Provides opportunities to apply these acquired skills in various business applications in operations, finance, and marketing. Utilizes tools such as R Programming for data analysis and Tableau for data visualization.

Demonstrates an understanding of the processes and techniques of business data collection, analysis, and visualization. Explains and applies the logic of optimization and attribution in business intelligence. Also explains the terminology and tools of business intelligence. Facilitates understanding of machine learning and deep learning as part of artificial intelligence.

Increases conceptual knowledge of social network principles. Diversifies abilities to compile, measure, and manage network data. Develops a toolkit for analyzing characteristics of individuals, relationships, and groups. Expands technical knowledge for using network characteristics to predict both individual behavior and group and population outcomes.

Introduces fundamental concepts in molecular cell biology, with emphasis on human health and disease. Modules involve lectures and interactive, problem-oriented activities with faculty. Through classical and contemporary examples, students become acquainted with the scientific process as they discover insights into human biology and genetics.

Introduction to contemporary neuroscience. Topics include foundational principles of brain organization, nerve and glial cell form and function, synaptic transmission, and the neural mechanisms underlying human behavior and physiology. Discusses neuroscience methods and neurological diseases and disorders. Intended for non-Neuroscience majors. Credit is not awarded for CBNS 010 if it has already been awarded for CBNS 106 or PSYC 110.

Introduces the principles of eukaryotic cell biology. Includes an examination of the molecules and systems that mediate cell function and an overview of membrane architecture and function, cell signaling and signal transduction, the cytoskeleton, organelles, protein targeting and secretion, and the nucleus and nuclear transport. Credit is not awarded for CBNS 101 if it has already been awarded for BIOL 113 or BIOL 114.

An introduction to cellular, organismal, and behavioral neuroscience for science majors. Topics include structure and functions of the brain, neurons, and synapses; sensory systems and perception; control of movement; neurobiology of hormones and sexual behavior; biorhythms; learning; memory; and psychoses.

Emphasizes common principles and key concepts that govern development of multiple eukaryotic systems, and how genes control cell behavior during development.

Introduction to mechanisms that cause a heritable change in phenotype without a change in the genetic code. Covers DNA modifications, histone modifications, and noncoding RNAs that influence the expression, maintenance, and inheritance of traits. Discusses impacts of epigenetics on multicellular life such as learning, memory, disease, and crosstalk with environments.

Provides in-depth study of human functional neuroanatomy including gross anatomy of the brain and spinal cord, microscopic anatomy (histology) of cellular components, and fine structure of the nervous system at the electron microscope (EM) level. Emphasizes understanding the neuroanatomy of key structures (e.g., hypothalamus, brainstem, hippocampus).

An examination of cellular and molecular mechanisms of nervous system function using concepts drawn from the study of vertebrates and invertebrates with emphasis on mammalian systems.

Laboratory experiments using electrophysiological, chemical, and anatomical research methods fundamental to understanding neurons and neural systems.

A study of the development of nervous systems. Examines the cellular and molecular mechanisms of neural development and the determinants of cell birth and death, axonal pathfinding, neuronal connections, and development of neural systems underlying behavior.

A study of the structure and function of motor and sensory systems in vertebrate and invertebrate nervous systems.

Examines synaptic neurotransmitter systems, mechanisms, and pharmacological agents and effects, which are fundamental to neural information processing.

Covers mechanisms of learning and memory across levels of analysis including genetic, neuronal, systems, and theory. Topics include the multiple memory systems, memory consolidation, working memory, emotional memory, recognition memory, spatial memory, and human amnesia.

An analysis of neural mechanisms that underlie behavior, concentrating on motor control. Topics range from command systems, to central pattern generators, to cortical control of voluntary movement and brain-machine interfaces (neuroprosthetics).

A study of humoral and cellular immunology. Topics include lymphoid systems, cells, antigens, antibodies, antibody formation, cellular immunity, and tumor and transplantation immunology. Discusses in detail diseases and altered immune states associated with each topic.

Emphasizes principles of organization and function related to endocrine and other physiological systems. Selected topics include control of breathing, body water, temperature, cardiovascular function, and the stress response.

Introduces computer modeling techniques to enhance understanding of neuronal membrane physiology. Selected topics include biophysical models of single neurons including passive properties and action potential firing, channels regulating neuronal firing properties, synaptic interactions, and simple circuits.

An introductory course in scientific writings. Includes preparing scientific manuscripts, research proposals, and other types of technical presentations. Satisfactory (S) or No Credit (NC) grading is not available.

Introduction to multiple approaches and activities that can be used when teaching neuroscience concepts. Builds proficiency in organizational and presentation skills, as well as provides opportunities for educational outreach. Topics include components of oral presentation, models of teaching and learning styles, and published successes in neuroscience outreach. Satisfactory (S) or No Credit (NC) grading is not available.

Explores the origin, development, and treatment of cancer with emphasis on molecular mechanisms. Covers topics such as oncogenes, tumor suppressors, cell cycle and differentiation, AIDS, and hereditary and environmental factors in the development of cancer.

An introduction to various stem cells, their characteristics, and their niches. Explores the molecular concepts of stem cell self-renewal and tissue and organ development. Illustrates their application in therapies and explains routine methods used in stem cell biology. Reviews current governmental regulations and ethics.

An in-depth study of normal human development from conception through the early postnatal period. Demonstrations use microscopic and other materials specifically adapted for the course. Some consideration is given to abnormal development.

A study of the molecular and neural mechanisms driving natural animal behaviors emphasizing model organism case studies and behaviors like predator-prey interactions, mating, and social dynamics. Provides insights into sensory processing, neural circuits, and genetic tools within behavioral neuroscience.

Discusses a series of seminal work using modern experimental and computational tools. Investigates how dopamine, acetylcholine, serotonin, noradrenaline, sex pheromones, and other neurochemicals contribute to addiction, reward, arousal, attention, anxiety, and innate behavior. Also links their modulatory effects on cellular activity to circuit functions and behavior.

An introduction to chemical and environmental engineering for engineering and nonengineering majors. Aims to enrich an appreciation of chemical, biochemical, and environmental engineering. Discusses typical careers, key applications, latest developments and the need to engage in lifelong learning in the field. Graded Satisfactory (S) or No Credit (NC).

An introduction to bioengineering for engineering and nonengineering majors. Discusses the application of concepts and methods of the physical sciences and mathematics to problems in the life sciences. Covers typical careers, key applications, latest developments in the field, and the need to engage in lifelong learning. Provides hands-on experiences and includes a field trip. Graded Satisfactory (S) or No Credit (NC).

Examines chromatographic separations, mass spectrometry, atomic absorption, and electrophoresis. Presents total carbon analysis as an introduction to analytical methods and their use in the chemical and environmental engineering fields.

An introduction to the design, commercialization, and use of feasible and economical processes and products that minimize risks to human health and the environment. Topics covered include environmental risk assessment; regulations; chemical process flow-sheet analysis for pollution prevention; product life-cycle assessment; and industrial ecology.

An introduction to the synthesis, structure, properties, and performance of modern materials. Topics include the science of materials, bonding and structure, the strength of materials, electrons in materials, semiconductors, superconductors, and optical properties of materials.

Explores the physical and chemical properties of aerosol and its relationship to ambient air quality, control technology, health impacts, and global climate change. Introduces the principles of aerosol measurement and aerosol measurement technology.

Covers the principles of materials science and engineering, with attention to topics in bioengineering. Explores atomic structures, hard treatment, fundamentals of corrosion, manufacturing processes, and characterization of materials.

Focuses on behavior of materials in the physiological environment.

Introduces interactions in interfacial phenomena; contact angle and wetting; adsorption, desorption, and removal; adhesion; aggregation, flocculation and colloidal stability; crystallization and self- and directed-assembly; friction, lubrication, and wear; and surface modifications. Also covers the interdisciplinary nature of interfacial science and its role in developing advanced materials and technologies. Credit is only awarded for CEE 146 or CEE 246.

Covers engineering principles for the analysis and modeling of biological phenomena. Topics include molecular diffusion and transport, membranes, ligand-bioreceptor interactions, enzyme kinetics, and dynamics of metabolic pathways. Examines the application of these principles to the design of bioreactors, bioassays, drug delivery systems, and artificial organs.

An introduction to engineering thermodynamics focusing on chemical and environmental systems. Topics include concepts of equilibrium, temperature, reversibility energy, entropy, the first and second laws, equations of state, and thermodynamic properties. Emphasizes engineering applications for analyzing and designing closed and open systems.

Principles of surface reactions and heterogeneous catalysis. Catalyzed reaction kinetics, heterogeneous reactions, diffusion and heterogeneous catalysis, analysis and design of heterogeneous reactors.

An introduction to nanotechnology engineering and its various applications. Includes electromagnetic waves and quantum mechanics; synthesis of nanostructures; assembly of nanostructures; and traditional and nontraditional methods of nanolithography and interactions between electronic and optical properties. Also covers organic heterostructures, nanotubes, and quantum computing.

Topics include the development of steady-state mass balances, and application of mass balances to existing industrial processes.

Applies principles of conservation of energy to chemical process systems. Topics include the development of steady-state and unsteady-state energy balances as well as combined mass and energy balances in industrial processes.

An introduction to fluid statics, fluid flow, and flow of compressible and incompressible fluids in conduits and open-channel flow. Also covers flow past immersed bodies, transportation and metering of fluids, and agitation and mixing of liquids.

An analysis of heat transfer for Chemical Engineering and Environmental Engineering majors. Topics include steady- and unsteady-state heat conduction, forced convection, basic radiation heat transfer, and design of heat exchangers.

Explores gas-liquid absorption, distillation, liquid-liquid extraction, solid-liquid extraction, humidification, drying, and membrane processes.

Fundamentals of process control. Feedback and feedforward control of dynamic processes. Frequency response analysis. Introduction to multivariable control.

Introduction to analysis of mass transfer in systems of interest to chemical and environmental engineering practice. Explores transport of matter by diffusion, free, and forced convection.

Introduction to homogeneous and heterogeneous kinetics and reactor design for chemical and biochemical processes.

Examines the principles of biochemical engineering. Topics include kinetics of enzymatic reactions and microbial growth, batch and continuous culture reactors, product formulation, and nutrient utilization. Also studies oxygen transfer, bioreactor scale-up, air and media sterilization, fundamentals of bioreactor design, and bioseparations.

Laboratory practices in biochemical engineering. Determination of microbial kinetics and biologically mediated reactions, oxygen transfer coefficients. Batch and continuous culturing, air and media sterilization, bioseparations.

Advanced study of chemical thermodynamics and their applications to chemical and environmental engineering processes. Applies principles for the thermodynamic behavior of pure solutions and mixtures, phases, and chemical equilibria for homogeneous and heterogeneous systems to a variety of processes common to chemical and environmental engineering.

Explores role of thermodynamics, charge transfer kinetics, and mass transfer on behavior of electrochemical systems. Includes cell thermodynamics, faradaic and non-faradaic rate processes, ionic transport, nucleation and growth theories. Shows applications to chemical sensors, batteries, corrosion, and thin film deposition. Provides in-class demonstrations to illustrate concepts.

Introduction to genetic and environmental manipulation of cells for production of proteins and for enhanced biocatalytic and synthetic activities. Cloning and gene expression in different host systems, posttranslational processing, metabolic controls and kinetics, in vivo NMR spectroscopy, cell modeling, and sensitivity analysis.

Introduces the fundamentals and applications of biosensors. Topics on enzyme-, whole cell-, tissue-, and antibody/antigen-based electrochemical, optical, and piezoelectric biosensors for applications in bioprocess monitoring and control, environmental monitoring, and health care are covered.

Involves laboratory exercises in chemical and environmental engineering. Experiments cover physical measurements, fluid mechanics, and mass transfer. Emphasizes experimental design, analysis of results, and preparation of engineering reports.

Consists of laboratory exercises in chemical engineering. Includes experiments in physical measurements, heat transfer, reactor analysis, and chemical kinetics. Emphasizes experimental design, analysis of results, and preparation of engineering reports.

Consists of laboratory exercises in chemical engineering. Includes experiments and simulations in separation processes and in process control. Emphasizes experimental design, analysis of results, and preparation of engineering reports.

An introduction to growth and characterization techniques that involve nanomaterials and devices. Includes preparing thin films; synthesizing Au and CdS nanoparticles; synthesizing carbon nanotubes; synthesizing alumina nanotemplate; synthesizing gold and nickel nanowires; and assembling of nanowires. Also includes imaging samples with optical, scanning electron microscope, scanning tunneling microscope, and atomic force microscope.

Principles of industrial pollution control in chemical engineering plants. Regulations, criteria, measurements, and pollution control systems associated with air, wastewater, and solid waste management.

Introduction to chemical process plant design procedures through economic analysis and actual design of chemical processes. Addresses practical applications to current chemical and biochemical processes and economic constraints. Concentrates on general design considerations and economic principles. Graded In Progress (IP) until CHE 175A and CHE 175B are completed, at which time a final, letter grade is assigned.

Introduction to chemical process plant design procedures through economic analysis and actual design of chemical processes. Topics address practical applications to current chemical and biochemical processes and economic constraints. Students complete a detailed analysis and process design of the projects begun in CHE 175A. A final report and oral presentation are required. Satisfactory (S) or No Credit (NC) grading is not available.

Provides problem-solving methods to succeed in general chemistry. Offered online only. Graded Satisfactory (S) or No Credit (NC).

An introduction to the basic principles of chemistry. Instructional methods are either in-person lectures or virtual online lectures.

An introduction to the basic principles of chemistry. Provides lectures either in person or in a virtual online environment, depending on section offerings.

An introduction to the basic principles of chemistry. Provides lectures either in person or in a virtual online environment, depending on section offerings.

Provides problem-solving methods to succeed in general chemistry. Fulfills the third-quarter writing requirement for students who earn a grade of "C" or better for courses that the Academic Senate designates, and that the student's college permits, as alternatives to English 001C. Graded Satisfactory (S) or No Credit (NC).

Honors course corresponding to CHEM 001A. Covers the principles of chemistry in greater depth than in CHEM 001A. A limited enrollment course. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to CHEM 001B. Covers the principles of chemistry in more depth than in CHEM 001B. A limited enrollment course. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to CHEM 001C. Covers the principles of chemistry in more depth than in CHEM 001C. A limited enrollment course. Satisfactory(S) or No Credit(N/C) is not available.

An introduction to laboratory principles and techniques related to lecture topics in CHEM 001A.

An introduction to laboratory principles and techniques related to lecture topics in CHEM 001B.

An introduction to laboratory principles and techniques related to lecture topics in CHEM 001C.

Honors course corresponding to CHEM 01LA. An introduction to laboratory principles and techniques related to lecture topics in CHEM 01HA. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to CHEM 01LB. An introduction to laboratory principles and techniques related to lecture topics in CHEM 01HB. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to CHEM 01LC. An introduction to laboratory principles and techniques related to lecture topics in CHEM 01HC. Satisfactory(S) or No Credit(N/C) is not available.

An introduction to the basic principles of chemistry including atomic structure, quantum mechanics, molecular bonding, and stoichiometry. Designed for Chemistry majors.

An introduction to the basic principles of chemistry focusing on the properties of liquids and gases as well as thermodynamics and kinetics of chemical reactions.

An introduction to the basic principles of chemistry focusing on chemical equilibrium, acid-base reactions, electrochemistry, and metal complexes. Designed for Chemistry majors.

An introduction to laboratory principles and techniques related to lecture topics in CHEM 002A.

An introduction to laboratory principles and techniques related to lecture topics in CHEM 002B. Designed for Chemistry Majors.

An introduction to laboratory principles and techniques related to lecture topics in CHEM 002C. Designed for chemistry majors.

A survey of basic concepts of Chemistry. Designed for non-science majors and not as preparation for CHEM 001A or CHEM 01HA. Not open to students with credit for CHEM 001A or CHEM 01HA, but students who have completed CHEM 003 may take CHEM 001A or CHEM 01HA for full credit.

Covers stoichiometric calculations and applications of principles of chemical equilibrium to analytical problems. Includes titrimetric and gravimetric laboratory procedures.

Covers modern organic chemistry including hydrocarbon structure and nomenclature, stereochemistry, and reaction mechanisms. Provides lectures either in person or in a virtual online environment, depending on section offerings.

Covers modern organic chemistry including structural determination via spectroscopic analysis, reactivity, reaction mechanisms, and multistep organic synthesis.

Covers modern organic chemistry and chemical biology including reactivity and synthesis. Also includes reaction mechanisms and the chemistry of carbohydrates, lipids, nucleic acids, amino acids, and proteins.

Honors course corresponding to CHEM 008A. Covers the principles of organic chemistry in greater depth than in CHEM 008A. Covers modern organic chemistry including hydrocarbon structure and nomenclature, stereochemistry, and reaction mechanisms. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to CHEM 008B. Honors course that covers the principles of organic chemistry in greater depth than in CHEM 008B. Covers modern organic chemistry including structural determination via spectroscopic analysis, reactivity, reaction mechanisms and multistep organic synthesis. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to CHEM 008C. Covers modern organic chemistry and chemical biology including reactivity, synthesis, and reaction mechanisms. Also includes the chemistry of carbohydrates, lipids, nucleic acids, amino acids, and proteins. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to CHEM 08LA. An introduction to laboratory techniques of purification, isolation, synthesis, reactions, and spectroscopic analysis. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to CHEM 08LB in depth. An introduction to laboratory techniques of purification, isolation, synthesis, reactions, and spectroscopic analysis. Satisfactory (S) or No Credit (NC) grading is not available.

Honors course corresponding to CHEM 08LC in depth. An introduction to laboratory techniques of purification, isolation, synthesis, reactions, and spectroscopic analysis. Satisfactory (S) or No Credit (NC) grading is not available.

An introduction to laboratory techniques of purification, isolation, synthesis, reactions, and spectroscopic analysis.

An introduction to laboratory techniques of purification, isolation, synthesis, reactions, and spectroscopic analysis.

An introduction to laboratory techniques of purification, isolation, synthesis, reactions, and spectroscopic analysis.

Introduces thermodynamics, chemical equilibrium, kinetics, quantum chemistry, atomic and molecular structure, and spectroscopy. Primarily for majors in life and agricultural sciences; not recommended for Chemistry majors.

An introduction to thermodynamics, with applications to chemical systems.

Statistical mechanics, kinetic molecular theory, and chemical kinetics with applications to chemical systems.

CHEM 113 recommended. Physical chemical measurements and laboratory experiments illustrating fundamental principles of physical chemistry. Modern electronic and optical measurement techniques.

Introduction to quantum mechanics with application to atomic and molecular structure and spectra.

Involves measurements and laboratory experiments illustrating applications of physical chemistry methods to problems in environmental, materials, and biological chemistry. Covers modern data acquisition, analysis, and computational techniques.

3 or 5 Units, Lecture, 3 hours; laboratory, 8 hours.

Structure of the troposphere and stratosphere; formation of atmospheric ozone; tropospheric NOx chemistry; methane oxidation cycle; phase distributions of chemicals; wet and dry deposition; chemistry of volatile organic compounds; formation of photochemical air pollution; modeling of air pollution and control strategies; stratospheric ozone depletion and global warming.

Introduction to processes controlling the chemical composition of natural waters. Topics include chemical equilibria, acid-base and coordination chemistry, oxidation-reduction reactions, precipitation-dissolution, air-water exchange, and use of equilibrium and kinetic models for describing marine nutrient, trace metal, and sediment chemistry.

Covers theory and application of chemical techniques for the analysis of environmentally relevant chemical processes. Discusses gas phase, condensed phase, surface, and particulate chemistry. Topics include "acid rain," photochemical smog, ozone depletion, and chemical analysis monitoring.

Discusses biochemical reactions from a chemical standpoint and presents how the principles of chemistry have been applied to address fundamental questions in life sciences.

A systematic introduction to the synthesis, reactions, structure, and bonding of important classes of inorganic compounds. Emphasizes on non-transition metal chemistry.

A systematic introduction to synthesis, reactions, structure, and bonding of important classes of inorganic compounds. Emphasis on transition metal chemistry.

Covers the synthesis, purification, and characterization of inorganic and organometallic compounds. Examples involve air-sensitive species in solution, as well as inorganic materials such as metal-organic frameworks and polymers. Techniques include inert atmosphere synthesis, crystal growth and X-ray diffraction, infrared and UV-vis spectroscopies, heteronuclear and variable temperature NMR, and cyclic voltammetry. Satisfactory(S) or No Credit(N/C) is not available.

Covers advanced topics in organic chemistry, multi-step synthesis of bioactive molecules, new synthetic methods, and methods for the synthesis and characterization of complex organic compounds. Introduces synthetic techniques such as inert atmosphere synthesis with Schlenk lines. Includes hands-on use of spectroscopic methods for structural characterization.

An introduction to computer programming for nonengineering and nonscience majors and for those considering taking CS 010A but needing additional preparation. Topics include the history of computing, basic computer operation, the notion of an algorithm, and programming constructs such as variables, expressions, input/output, branches, loops, functions, parameters, arrays, and strings. Credit is not awarded for CS 005 if it has already been awarded for CS 010A.

A detailed introduction to the Internet for non-engineering majors. Covers Web tools, e-communities, e-commerce, power searching, and verification of information, privacy, and other legal and societal issues.

Includes operating system basics (Windows and Unix), word processing, spreadsheets, databases (e.g., Access), e-mail, the Internet, and the World Wide Web. Designed for students not majoring in computer science, engineering, mathematics, or science. Credit is not awarded for CS 008 if it has already been awarded for CS 010A.

Covers computational thinking, problem-solving, and data analysis using the Python language through application-based data manipulation tasks from science, engineering, business, and the humanities. Includes variables, expressions, branches, loops, functions, parameters, lists, strings, file I/O, and exception handling. Also covers software design, testing, and debugging.

Covers advanced programming concepts and algorithms through application-based data manipulation tasks from science, engineering, business, and the humanities. Emphasizes good programming principles in the design and development of substantial programs using the Python language. Topics include abstract data types, objects and classes, recursion, and basic software engineering principles.

Provides an introduction to the constructs provided in the C++ for procedural and object-oriented programming for students with prior experience in another object-oriented programming language. Topics include basic C++, containers such as vectors, I/O, memory management, object-oriented programming and design, unit testing, debugging and the build process.

Covers problem solving through structured programming of algorithms on computers using the C++ object-oriented language. Includes variables, expressions, input/output (I/O), branches, loops, functions, parameters, arrays, strings, file I/O, and classes. Also covers software design, testing, and debugging.

Covers structured and object-oriented programming in C++. Emphasizes good programming principles and development of substantial programs. Topics include recursion, pointers, linked lists, abstract data types, and libraries. Also covers software engineering principles.

Topics include basic data structures such as arrays, lists, stacks, and queues. Covers dictionaries (including binary search trees and hashing) and priority queues (heaps). Offers an introductory analysis of algorithms, sorting algorithms, and object-oriented programming including abstract data types, inheritance, and polymorphism. Explores solving complex problems through structured software development.

Introduction to basic concepts of discrete mathematics emphasizing applications to computer science. Topics include propositional and predicate calculi, elementary set theory, functions, relations, proof techniques, elements of number theory, enumeration, and discrete probability.

Provides an introduction to data science with an emphasis on empirical analysis of real-world data sets through computation. Explores critical concepts and skills in computer programming and statistical inference. Covers the Data Science life-cycle including data collection, data cleaning and integration, visualization, and analysis.

Surveys basic concepts and techniques underpinning modern AI including problem solving, automated reasoning, game AI, vision and language, neural networks, and robotics. Explores history, ethics, use cases, and applications. Introduces basic use of Python for building and using AI but expects no prior experience. Intended for non-engineering majors.

An introduction to computer organization. Topics include number representation, combinational and sequential logic, computer instructions, memory organization, addressing modes, interrupt, input/output (I/O), assembly language programming, assemblers, and linkers.

Emphasizes development of software systems. Topics include design and implementation strategies and selection and mastery of programming languages, environment tools, and development processes. Develops skill in programming, testing, debugging, performance evaluation, component integration, maintenance, and documentation. Covers professional and ethical responsibilities and the need to stay current with technology.

An introduction to fundamental concepts and methods in data analysis and visualization essential to a variety of data science tasks. Designed to provide preparation for the data science major and for advanced courses in data analysis and applications of data science.

Introduction to security in computer systems and online services for computing majors. Studies security impact in computer science. Topics include both offensive and defensive security techniques, security mindset and concepts, and applications to real-world problems.

Covers ethics specifically related to data science. Topics include data privacy; data curation and storage; discrimination and bias arising in the machine learning process; statistical topics such as generalization, causality, curse of dimensionality, and sampling bias; data communication; and strategies for conceptualizing, measuring, and mitigating problems in data-driven decision-making.

Provides an introduction to distributed systems, with a focus on web development techniques and the considerations to application scalability, security, reliability, and redundancy. Provides an in-depth study of technologies used for both back-end and front-end development, and how to design robust applications in the webs constantly evolving landscape.

A study of discrete mathematical structures emphasizing applications to computer science. Topics include number theory and cryptography, asymptotic notation, recurrence equations, counting methods, elements of graph theory, and trees.

Explores techniques and skills applicable in developing software solutions to real-life algorithmic problems. Emphasizes systematic and rigorous approaches to problem-solving. Covers the end-to-end solution process including formulating models, choosing appropriate algorithmic tools and data structures, designing algorithms, implementation, and testing.

Covers design of digital systems. Includes Boolean algebra; combinational and sequential logic design; design and use of arithmetic logic units, carry-lookahead adders, multiplexors, decoders, comparators, multipliers, flip-flops, registers, and simple memories; state-machine design; and basic register-transfer level design. Uses hardware description languages, synthesis tools, programmable logic, and significant hardware prototyping.

Introduction to hardware and software design of digital computing systems embedded in electronic devices (e.g., digital cameras or portable video games). Includes embedded processor programming, standard peripherals, interfacing, and hardware/software tradeoffs. Involves use of microcontrollers and developing working embedded systems.

Covers software and hardware design of embedded computing systems. Includes hardware and software codesign, advanced programming paradigms (including state machines and concurrent processes), real-time programming, operating systems, basic control systems, modern chip, and design technologies. Laboratories involve use of microcontrollers, embedded microprocessors, programmable logic, advanced simulation, and debug environments.

A study of the fundamentals of computer graphics necessary to design and build graphics applications. Examines raster graphics algorithms including scan-converting graphics primitives, anti-aliasing, and clipping. Also covers geometric transformations, viewing, solid modeling techniques, hidden-surface removal algorithms, color models, illumination, and shading.

Covers industry standards for quality of service and security while leveraging performance constraints. Develops skill in deploying real-world applications using embedded artificial intelligence.

An introduction to the design of geometry algorithms. Covers the basic computational geometry concepts and techniques used in graphics, robotics, and engineering design. Topics include polygons and polytopes, convex hulls, and voronoi diagrams.

Covers the development of virtual reality (VR) worlds, including motion and physics of VR worlds. Includes design practices for immersive experiences, human visual perception, environmental and social interactions. Also includes positional tracking with sensors, augmented and mixed reality, and storage and transmission of virtual reality worlds.

Explores basic algorithm analysis using asymptotic notations, summation and recurrence relations, and algorithms and data structures for discrete structures including trees, strings, and graphs. Also covers general algorithm design techniques including "divide-and-conquer," the greedy method, and dynamic programming. Integrates knowledge of data structures, algorithms, and programming.

Covers the design and implementation of sequential, parallel, cache-efficient, external-memory, and write-efficient algorithms for fundamental computational problems including sorting, searching, as well as a selection of problems in algebra, geometry, combinatorial optimization, and string processing. Emphasizes practical aspects of algorithm design, efficient implementation, and experimental methodology for performance evaluation.

Introduces fundamental algorithms and data structures for solving analytical problems in molecular biology and genomics. Includes exact and approximate string matching; sequence alignment; genome assembly; and gene and regulatory motifs recognition.

The study of efficient algorithm design techniques for combinatorial optimization problems. Topics include shortest paths, minimum spanning trees, network flows, maximum matchings, stable matchings, linear programming, duality, two-person games, algorithmic techniques for integer programming problems, NP-completeness, and approximation algorithms.

Introduces principles and practices of programming graphics processing units (GPUs) using the parallel programming environment. Covers memory/threading models, common data-parallel programming patterns and libraries needed to develop high-performance parallel computing applications. Examines computational thinking; a broader range of parallel execution models; and parallel programming principles.

Covers essential aspects of intelligent robot behavior focusing on reactive, deliberative, and interactive capabilities for safe, efficient interactions with environments, other robots, and humans. Discusses planning, actions, knowledge representation, perception-action feedback loops, decision-making under uncertainty, task and motion planning, robot learning, and ethical considerations in autonomous robot design.

A study of formal languages. Includes regular and context-free languages; computational models for generating these languages such as finite-state automata, pushdown automata, regular expressions, and context-free grammars; mathematical properties of the languages and models; and equivalence between the models. Also introduces Turing machines and decidability.

Covers the fundamentals of compiler design. Includes lexical analysis, parsing, semantic analysis, compile-time memory organization, run-time memory organization, code generation, and compiler portability issues.

Covers the principles and practice of operating system design. Includes concurrency, memory management, file systems, protection, security, command languages, scheduling, and system performance.

A study of concurrent and parallel systems. Topics include modular structure and design, interprocess communication, synchronization, failures, persistence, and concurrency control. Also covers atomic transactions, recovery, language support, distributed interprocess communication, and implementation mechanisms. Provides preparation for the study of operating systems, databases, and computer networking.

A study of the fundamentals of computer design. Topics include the performance evaluation of microprocessors; instruction set design and measurements of use; microprocessor implementation techniques including multicycle and pipelined implementations; computer arithmetic; memory hierarchy; and input/output (I/O) systems.

Covers the design and simulation of a complete computer system using hardware description language and simulator. Topics include instruction set architecture design; assemblers; datapath and control unit design; arithmetic and logic unit; memory and input/output (I/O) systems; and integration of all parts into a working computer system.

The study of advanced processor design. Topics include CPU pipelining, data and control hazards, instruction-level parallelism, branch prediction, and dynamic scheduling of instructions. Also covers Very Long Instruction Word (VLIW) processing, multimedia support, design of network and embedded processors, basic multiprocessor design, shared memory and message passing, and network topologies.

Covers issues regarding privacy in computer systems and online services. Introduces techniques for mitigating privacy threats through security and cryptography controls. Topics also include socio-technical aspects of privacy including law, ethics, and psychology.

Covers the fundamentals of computer networks. Topics include layered network architecture, communication protocols, local area networks, UNIX network programming, verification, network security, and performance studies.

Examines the ways in which information systems are vulnerable to security breaches. Topics include attacks; security labels, lattices, and policies; safeguards and countermeasures; intrusion detection; authorization and encryption techniques; networks; digital signatures, certificates, and passwords; privacy issues, firewalls, and spoofing; Trojan horses and computer viruses; CERT Coordination Center; and electronic commerce.

Covers basic concepts of databases and database management systems. Topics include entity-relationship modeling for design, relational data model, relational algebra, Structured Query Language (SQL), secondary storage, indexing and hashing, query evaluation and optimization, and overview of transactions.

Introduces the architecture of big-data systems and their applications in data management and processing. Describes the common functionality in big-data processing such as distributed storage, resource management, query processing, fault-tolerance, and programming APIs. Covers the popular big-data technologies such as distributed shared-nothing systems, NoSQL processing model, and semi-structured data management.

Studies integrated circuit fabrication, device characterization, and circuit simulation. Introduces basic device physics and physical design rules, MOS logic design, and timing and clock schemes. Covers layout generation, subsystem designs, and circuits for alternative logic styles. Also covers design and simulation using hardware description language and CAD tools.

Introduces the fundamentals of wireless and mobile networks. Covers wireless channel models, MAC protocols, and wireless network architectures. Also covers cellular, WLAN and ad hoc networks, and routing in multi-hop wireless networks. Includes wireless security and the impact of wireless links on TCP and other transport layer solutions.

An introduction to the field of artificial intelligence. Focuses on discrete-valued problems. Covers heuristic search, problem representation, and classical planning. Also covers constraint satisfaction and logical inference.

Introduces formalisms and methods in data mining and machine learning. Topics include data representation, supervised learning, and classification. Covers regression and clustering. Also covers rule learning, function approximation, and margin-based methods.

Introduces information retrieval (IR) principles and techniques for indexing and searching document collections. Topics include Web search, text processing, ranking algorithms, search in social networks, and search evaluation. Also studies scalability issues in search engines.

An overview of modern approaches for natural language processing. Focuses on major algorithms used in NLP for various applications such as part-of-speech tagging, parsing, named entity recognition, coreference resolution, sentiment analysis, and machine translation.

Introduces business and technological concepts to create companies based on computer technology. Covers technical aspects of real-world IT projects. Includes developing software and services; understanding user requirements; designating usable systems; and assessing technology. Addresses market analysis and strategy; legal and intellectual property; ethics and communication issues; and financial analysis.

Covers validation of random number sequences; concepts in modeling and systems analysis; and conceptual models and their mathematical and computer realizations. Examines simulation modeling techniques including object-oriented modeling and discrete-event modeling. Emphasizes the use of simulation libraries used with programming languages such as C++.

A study of software engineering techniques for the development, maintenance, and evolution of large software systems. Topics include requirements and specification; system design and implementation; debugging, testing, and quality assurance; reengineering; project management; software process; tools; and environments.

Covers the principles of programming language design. Includes the study and comparison of several programming languages, their features, and their implementations.

A study of modern techniques to assess the quality of software artifacts through functional, performance, and reliability testing. Introduces black box and white box testing techniques. Covers the application of modern testing tools to software units, components, subsystems, and entire systems. Also covers verification as a complementary technique to testing.

Explores the technical aspects of system administration on a Unix system including advanced Unix. Includes managing system devices, operating system installation, communications, and networking.

An introduction to the study of the economic system from a macro, or aggregate, perspective. Includes analysis of business cycles, economic growth, unemployment, inflation, and the impact of government policies on the level of economic activity.

Honors course corresponding to ECON 002. An introduction to the study of the economic system from a macro, or aggregate, perspective. Includes analysis of business cycles, economic growth, unemployment, inflation, and the impact of government policies on the level of economic activity. Satisfactory (S) or No Credit (NC) grading is not available.

An introduction to the study of the economic system from the micro, or individual decision-maker's, perspective. Includes the study of opportunity cost, markets, consumption, production, and competition.

An introduction to the study of the economic system from a micro, or individual decision-maker's, perspective. Includes the study of opportunity cost, markets, consumption, production and competition. Satisfactory (S) or No Credit (NC) grading is not available. Credit is only awarded for one of ECON 003 or ECON 003H.

Introduction to the sources of economic and business data and data analysis using graphs, plots, computers, and descriptive statistics. Also covers index numbers, measures of inequality, and simple regression analysis.

Addresses environmental sustainability and financial viability with emphasis on the global energy transition from fossil fuels to renewables. Covers carbon pricing, ESG metrics, green finance, externalities, circular economy, green innovation, clean energy policy, and financial modeling. Uses real-world case studies and business modeling to design actionable sustainability strategies.

Covers economic decisions involving engineering alternatives. Topics include time value of money, annual cost, present worth, rate of return, and benefit-to-cost. Addresses before and after tax replacement economy, organizational financing, break-even analysis, risk analysis, and capital budgeting.

An introduction to the basic statistical methods for economics. Topics include economic data analysis, index numbers,univariate and bivariate probability distributions, correlation and regression, sampling distributions, properties of estimators, and hypothesis testing.

A comprehensive overview of the competitive market system. Includes the modern utility theory of consumer behavior, firm behavior in product and factor markets, and monopoly. Emphasizes theoretical applications to business enterprises. Intended for students planning to major in Business Administration.

Covers the theory of income, employment, price level, and the role of the international economy. Includes fiscal and monetary policy. Intended for students planning to major in Business Administration.

A calculus-based course that develops theories of consumers and firms. Provides the foundation for partial equilibrium study of competitive markets. Explores welfare properties of competitive markets.

A continuation of ECON 104A that covers monopoly, oligopoly, externalities, and public goods. Develops elementary concepts of game theory. May also cover information economics and economics of uncertainty.

Extends the partial equilibrium theories of markets and market failure developed in ECON 104A and ECON 104B to factor markets, other market structures, uncertainty and asymmetric information, and time. Develops general equilibrium analysis of the entire economy including welfare economics. Includes many illustrative policy applications.

Examines the determination of the equilibrium level of national income and its allocation among households, firms, and government. Develops theoretical models that describe how employment, production, and inflation are determined. Focuses on the impact of government policies, as well as the current developments on these issues.

ECON 104A is recommended. A continuation of ECON 103 or ECON 105A. Investigates developments in macroeconomic theory and events. Presents models that explain economic growth and business cycle fluctuations. Explores their empirical relevance and policy implications.

An introduction to data analytics, visualization, and interpretation. Includes collecting, cleaning, and preparing data for analysis. Uses data to generate and interpret meaningful displays of quantitative and qualitative data. Emphasizes data visualization.

An introduction to the basic tools of econometrics. Focuses on the issues relating to the linear regression model, including heteroskedasticity, serial correlation, and multicollinearity.

A continuation of ECON 107. Covers, at an introductory level, the basic concepts related to logit and probit models, panel data methods, instrumental variables, treatment effects, difference in difference models, and simultaneous equations models, among others. Extensive use of econometrics computer software.

Provides a basic knowledge of forecasting and its applications, particularly by using business and economic data. Covers basic methods of forecasting, such as regression methods, exponential smoothing, algorithms, and autoregressive integrated moving average (ARIMA) methods. Also explores how to combine and evaluate various forecasts. Uses computer analysis extensively.

Covers calculus-based and set-theoretic-based mathematical concepts and techniques used in advanced economic analysis, such as optimization theory, probability, expected utility theory, and their applications.

Provides a basic knowledge of the theory and implementation of machine learning methods, with applications in economics, business and finance. Covers methods including cross-validation, Lasso, non-linear models, factor models, tree-based methods, neural networks and ethics. Also includes extensive use of computer coding and analysis.

Examines the economic roles of the public sector. Pays particular attention to issues of market failure; government challenges in overcoming market failures; redistributing income; the financing of public sector activities; relationships between federal, state, and local governments; and public choice.

Examines issues on the boundary of economics and philosophy. Topics include social choice theory and economic justice; foundations of utility theory, rational choice, and economic welfare; and epistemology and the philosophies of science of Popper, Kuhn, and others.

Examines issues at the intersection of law and economics. Presents the tools needed for an economic analysis of law. Applies the tools to understand the economic logic of the law, especially property, contract, tort, and antitrust law.

Examines the economic history of the United States with an emphasis on the incentives and events surrounding the colonization of modern day United States, the American Revolution, economic growth and expansion throughout the 1800's, the American civil war, and other major historical events leading up to the present.

Examines economic history with a focus on the innovations, institutions, and events that have helped shape the modern day world.

Study of the development of major economic theories, including those of Adam Smith, Karl Marx, and John Maynard Keynes. Focus is on how alternative theories define and address economic problems differently and the policy implications that follow.

Analyzes the demand and supply of health care. Uses economic models to analyze health care choices of individuals. Covers the market for health insurance and the behavior of for-profit and not-for-profit health care providers regarding price, quantity, and service quality under various market structures.

Covers the basic theories of modern monetary systems. Explores money, credit, and interest rate behavior; financial intermediation and central banking; and methods and objectives of monetary and regulatory policy.

Considers the economics of current policy debates including healthcare, social security, tax policy, and private support for public schools. Focuses on government as an institution that corrects market inefficiencies and inequities. Examines government decision making from the perspectives of social choice theory, cost-benefit analysis, and the financing of government expenditures.

An introduction to financial management and financial institutions. Includes time value of money, stock and bond valuation, risk and return, portfolio theory, capital budgeting, capital structure, dividend policy, and financial databases.

ECON 103 or ECON 105A is strongly recommended. An analysis of the history of the stock market and its role in the macroeconomy. Topics include factors governing stock prices, fundamental and technical analysis, the impact of inflation and interest rates, international investing, and the role of social institutions in the determination of stock prices.

Discusses various empirical aspects of financial economics and financial risk management. Addresses both theoretical and applied issues in finance, risk management, and econometrics. Also discusses quantitative analysis, simulation methods, and case studies.

Studies two central issues in macroeconomics: economic growth and unemployment. Begins with understanding the historical data and stylized facts in the U.S. economy. Examines theoretical models that analyze economic growth and unemployment. Investigate the empirical relevance and policy implications of these models.

Applies economic tools to debt obligations such as student loans and mortgages. Discusses utility-maximizing investment strategies and traditional retirement plans. Studies the economics of emerging asset classes such as cryptocurrencies and blockchain technology. Focuses on navigating web 3.0 and decentralized cryptocurrency exchanges.

An introduction to economic analysis of natural resources, the environment, and environmental quality. Topics include interactions between the environment and the economy, social choice theory, source control costs, damage valuation, efficient pollution control, and design of efficient and equitable environmental policy.

Utilizes economic concepts and methods to study the economic determinants and impacts of climate change. Topics include background on the science, economic impacts of climate change, mitigation and adaptation strategies and costs, policies and institutions for slowing climate change, and the challenging politics of climate policy.

Applies basic microeconomic principles to the spatial concentration of economic activity, the operation of the urban land, housing, transportation, and labor markets, the role of government in the urban economy, and urban economic problems, including pollution, crime, and homelessness.

Explores distinctive qualities of land and its rent, as well as valuation of land as an investment. Addresses assembly, division, and development of land, efficiency of the land market and the effects of taxation. Covers concentrated ownership, separation of ownership and management, rent and taxable surplus, and origins and kinds of tenure.

Focuses on the benefits and costs of education, educational inputs, and educational policy. Applies economic theory to the study of education. Evaluates empirical evidence of issues relating to education. Develops communicating reasoned and informed prescriptions and/or evaluations of education policy.

Provides the economic foundations and practical tools to conduct cost benefit analysis. Discusses predicting and monetizing impacts of economic policies, as well as discounting future impacts. Also focuses on dealing with uncertainty, value of information, and social welfare.

An analysis of labor demand, labor supply, market equilibrium, and policies affecting each. Topics include labor supply, labor demand, minimum wages, government transfers, education, job training, and discrimination.

A special-topics based labor economics course. Focuses on one important dimension of worker differences: gender. Covers the topics of human capital, wages and employment, occupational choice, discrimination, the family as an economic unit, and public policy.

A labor economics course on employment in the public sector. Explores questions of wages and contract structuring, recruitment, training, risk, collective bargaining, licensing, rent-seeking and corruption, and influence in the public sector.

Exploration of economic mobility in the United States. Topics include measures of economic mobility, regional variation in economic mobility, and policies intended to increase economic mobility.

A study of the organization and structure of the American industrial system. Emphasizes production and pricing behavior and policies. Also addresses market structure and public policies regulating or influencing market behavior.

Examines applications of economic analysis to problems of management, especially of capital. Emphasis is on production economics and cost analysis.

Introduces and develops basic concepts of game theory to study strategic interactions, with examples and applications drawn from Economics and other social sciences.

An introduction to core concepts in behavioral economics. Includes choice under uncertainty, choice over time, social preferences, and transaction utility. Outlines the role of lab and field experiments in the discipline. Discusses applications to management, marketing and charitable giving, and the use of behavioral economics in designing policy.

Covers international monetary theory and its applications. Topics include balance of payments, exchange rates, open-economy macroeconomics, and international monetary institutions. Addresses selected policy issues.

Examines poverty around the world in a comparative perspective. Topics include concepts of poverty, measurement of poverty, and policies intended to reduce poverty. The regions studied include the U.S., other developed countries, and developing countries.

Examines poverty around the world in a comparative perspective. Topics include concepts of poverty, measurement of poverty, and policies intended to reduce poverty. The regions studied include the U.S., other developed countries, and developing countries.

Examines the roles of different economic, political, legal, financial, fiscal, and informal institutions in the economy. Topics also include the theoretical traditions of the debate between market and plan and of the boundaries of market and hierarchy.

A study of the pure theory of trade, trade policy, and international factor movements. Includes illustrative applications to current issues and problems.

A survey of the main theories of economic development and an analysis of the major development strategies and policies.

Explores global development with an emphasis on empirical results regarding the effectiveness of foreign aid, trade, property rights, and other institutions that can influence economic growth. Analyzes the nature and consequences of globalization on individuals, countries, and the world economy.

A study of interactions between population growth and economic development. Covers the history of demographic thought, models for developing countries based on the demographic experience of currently developed countries. Explores household production models, demand for children, mortality, health and nutrition, migration, and human capital. Traces macroeconomic economic-demographic linkages in developing countries.

A comparative analysis of the major trends in Latin American economies in the twentieth century. Includes historical legacies, primary export economies, the theory and practice of import substitution industrialization, and the debt crisis. Also covers stabilization and structural adjustment, poverty and income distribution, the informal and agricultural sectors, and the environment.

An overview of randomized impact evaluation as a tool of the causal revolution in development economics. Introduces experimental methods and covers the application of those methods to conducting impact evaluations in a range of development settings including education, health, labor, and economics of the firm, microfinance, environment, and political economy.

A survey of the wide-sweeping policy reforms since the 1980s and of contemporary public policy challenges in Latin America. Challenges discussed include extremely high levels of poverty and inequality; inadequate educational and healthcare systems; pressures for land reform; problems of trade competitiveness; and recurring currency crises.

An introduction to the Chinese economy, with a focus on the economic reform since 1978. Topics include the economic and political logic behind the reform, the lessons learned from the reform, China's evolving role in the world economy, and the challenges that China is currently facing.

An analysis of the successes and failures of economic development in the largest country in Latin America. Reviews current issues facing Brazilian policy makers. Topics include historical legacies, import substitution and industrialization, poverty and inequality, agriculture and land reform, and the environmental impact of development.

Highlights examples including smartphones, mobile Internet, robots etc. as examples. Does not confer credit towards a degree in the Bourns College of Engineering.

Introduction to linear circuit elements and analysis, operational amplifiers, semiconductor diodes and transistors, analog amplifiers, and digital circuits. Provides hands-on experience in designing and analyzing electronic circuits. Does not confer credit towards a degree in Electrical Engineering and in Computer Engineering.

Introduces electrical engineering applications, career options, and the electrical engineering curriculum. Provides motivation and context for the mathematics and science courses that are prerequisites to most electrical engineering courses. Discusses contemporary engineering issues, social and environmental impact of engineering solutions, professional ethics, and need for life-long learning.

Covers essential algorithms and data structures, elements of numerical data processing, linear algebra, and statistical analysis. Encompasses multiple engineering areas such as sensor interfacing, signal and image processing, pattern recognition, robotics, and intelligent systems. Introduces the use of Python programming language.

Introduction to ordinary differential equations; complex numbers; trigonometric, compact and exponential Fourier Series; frequency spectrum; and Laplace transform, Fourier transform, and their application to the solution of integro-differential equations as they appear in the physical sciences and engineering.

Introduces MATLAB programming and linear methods for engineering analysis and design. Topics include formulating engineering problems as linear systems of equations; methods for finding their solutions; vector and matrix representations of signals and systems; matrices computations; and linear programming for system analysis and design.

Covers Ohm's law and Kirchhoff's laws; nodal and mesh analysis; network theorems; properties of capacitors and inductors; transient analysis of RC, RL, and RLC circuits; and modeling of electric circuits with Spice.

Covers steady-state analysis of electric circuits using phasors and Laplace transform. Discusses Fourier series, frequency response, Bode plots, and passive filters. Also includes current-voltage characteristics and small-signal approximations of non-linear devices such as diodes, bipolar-junction transistors, and field-effect transistors. Addresses modeling of electric circuits with Spice.

Provides laboratory experiments tied to the lecture material of EE 030A. Covers resistive circuits, network theorems, operational amplifiers, and transient response. Includes application of SPICE to circuit analysis.

Topics include small-signal modeling of electronic circuits; DC biasing of small-signal bipolar and field-effect transistor amplifiers; current mirrors, cascodes, differential amplifiers, and multistage amplifiers; analysis and design of negative feedback circuits; and modeling of electronic circuits with Spice.

Covers analysis and design of advanced electronic circuits. Includes active filters; output stages and power amplifiers; comparator and timer circuits; signal and function generators; complementary metal-oxide system logic circuit implementation; signal conditioning circuits; logic interfacing; optoelectronics devices; digital-to-analog and analog-to-digital converters; non-linear circuits; and modeling of electronic circuits with Spice.

Introduces the mathematical modeling of dynamical systems and their methods of solution. Explores advanced techniques and concepts for analytical modeling and study of various electrical, electronic, and electromechanical systems based upon physical laws. Emphasizes formulation of problems via differential equations. Addresses numerical methods for integration and matrix analysis problems.

Covers principles for simulating, programming, and deploying robots using modern robotics middleware. Includes reading/writing of robot programs; simulating robotic systems; interfacing robot sensors and actuators; and implementing introductory motion control algorithms. Teaches contemporary robotics open-source software (ROS, Gazebo), 3D environment creation, and sensor data processing libraries (OpenCV, OpenNI, PCL).

Covers basic signals and types of systems, linear time-invariant (LTI) systems, Fourier analysis, frequency response, and Laplace transforms for LTI systems. Includes laboratory experiments with signals, transforms, harmonic generation, linear digital filtering, and sampling/aliasing.

Covers Fourier analysis for discrete-time signals and systems, filtering, modulation, sampling and interpolation, and z-transforms. Includes laboratory experiments with signals, transforms, harmonic generation, linear digital filtering, and sampling/aliasing.

Covers continuous- and discrete-time signals and systems; linear time-invariant (LTI) systems; impulse response; Fourier analysis; frequency response; Laplace and Z-transforms; and sampling theorem and Nyquist rates. Includes laboratory experiments with signals, transforms, linear digital filtering, and sampling/aliasing.

Covers fundamentals of probability theory, random variables, and random processes with applications to electrical and computer engineering. Includes probability theory, random variables, densities, functions of random variables, expectations and moments, and multivariate distributions. Also addresses random processes, autocorrelation function, spectral analysis of random signals, and linear systems with random inputs.

Covers spectral density and correlation, modulation theory, amplitude, frequency, phase and analog pulse modulation and demodulation techniques, signal-to-noise ratios, and system performance calculations. Laboratory experiments involve techniques of modulation and demodulation.

Transmission lines, fields and field operators, electrostatic and magnetostatic fields, time-varying fields, electrodynamics, electromagnetic waves, plane waves, guided waves, and applications to engineering problems.

Covers applications of Maxwell's equations. Includes skin effect, boundary-value problems, plane waves in lossy media, transverse EM waves, hollow metal waveguides, cavity resonators, microstrips, propagation in dielectrics and optical fibers, optical fibers applications, radiation, and antennas. Covers theoretical and computer modeling exercises in basic electromagnetic technology.

Studies design and analysis of radio frequency (RF) circuits. Topics include multiport networks; scattering matrix and S-parameters; transmission lines; matching networks; Smith Chart; RF electromagnetic analysis of waveguides, antennas, filters, and couplers; RF transistor equivalent modeling; low-noise amplifier design; noise figure; oscillators and mixers; and phase lock loop.

Covers design of digital systems. Includes Boolean algebra; combinational and sequential logic design; design and use of arithmetic logic units, carry-lookahead adders, multiplexors, decoders, comparators, multipliers, flip-flops, registers, and simple memories; state-machine design; and basic register-transfer level design. Uses hardware description languages, synthesis tools, programmable logic, and significant hardware prototyping.

Introduction to hardware and software design of digital computing systems embedded in electronic devices (e.g., digital cameras or portable video games). Includes embedded processor programming, standard peripherals, interfacing, and hardware/software tradeoffs. Involves use of microcontrollers and developing working embedded systems.

Covers the study of power semiconductor devices. Includes magnetic circuits and components; switch mode converters and power supplies; and single, three-phase, pulse width modulation, and resonant pulse inverters. Addresses voltage controllers; direct current and induction motor drives; and design of motion control drive circuits for robotic and industrial automation systems.

Covers embedded system design for sensor data acquisition, signal processing, control, and actuation. Explores sensor and motor interface principles (analog-to-digital and digital-to-analog conversion, Nyquist sampling rate, power constraints, and communication with peripherals). Also addresses design principles for instrumentation, embedded software programming, and real-time systems for sensing and control tasks.

Covers industry standards for quality of service and security while leveraging performance constraints. Develops skill in deploying real-world applications using embedded artificial intelligence.

Covers mathematical modeling of linear systems for time and frequency domain analysis. Topics include transfer function and state variable representations for analyzing stability, controllability, and observability; and closed-loop control design techniques by Bode, Nyquist, and root-locus methods. Laboratories involve both simulation and hardware exercises.

Presents the fundamentals of solid-state electronics. Topics include electronic band structure; Fermi and quasi-Fermi levels; doping; contacts; junctions; field-effect, bipolar, and metal-oxide-semiconductor (MOS) transistors; and charge-coupled devices. Also reviews device fabrication concepts.

Covers transistor-level analysis and design of digital integrated circuits. Includes modern transistor devices and digital integrated circuits; in-depth analysis of inverters and logic gates; static and dynamic logic; power analysis of digital integrated circuits; sequential and memory circuits. Uses computer modeling tools to analyze digital integrated circuits.

Covers analog circuit design, layout, and verification of complementary metal oxide semiconductors (CMOSs) with use of computer-aided design tools. Topics covered include analog metal oxide semiconductor field effect transistor (MOSFET) models, current sources, references, amplified design, nonlinear analog circuits, dynamic analog circuits, analog-to-digital converters (ADCs), and digital-to-analog converters (DACs).

Presents device simulations and hands-on experience in integrated-circuit fabrication techniques and device characterization. Uses four-mask metal-oxide semiconductor (MOS) technology to fabricate resistors, junctions, capacitors, and MOS transistors as well as to perform electrical evaluation.

An introduction to semiconductor optoelectronic devices for optoelectronic communications and signal processing. Topics include basic optical processes in semiconductors, semiconductor light-emitting diode, semiconductor heterojunction lasers, photodetectors, solar cells, optoelectronic modulation, and switching devices.

Introduces the electrical properties of materials. Includes the electron as a particle and a wave; hydrogen atom and the periodic table; chemical bonds; free-electron theory of metals; band theory of solids; semiconductors and dielectrics; measurements of material properties; and growth and preparation of semiconductors.

Introduces fundamentals of magnetic materials for the next-generation magnetic, nanomagnetic, and spintronics-related technologies. Includes basics of magnetism, models of the equivalent magnetic charge and current, paramagnetic and diamagnetic materials, soft and hard magnetic materials, equivalent magnetic circuits, and magnetic system design foundations.

Explores intelligent systems which make decisions based on analysis of uncertain sensed data while interacting with the physical world. Focuses on foundational principles for modeling such uncertainty to enable the design of optimal decision-making algorithms. Includes sensor data processing projects.

Transform analysis of Linear Time-Invariant (LTI) systems; discrete Fourier Transform (DFT) and its computation; Fourier analysis of signals using the DFT; filter design techniques; and structures for discrete-time systems. Laboratory experiments on DFT, fast Fourier transforms (FFT), infinite impulse response (IIR), finite impulse response (FIR) filter design, and quantization effects.

Introduces formalisms and methods in data mining and machine learning. Topics include data representation, supervised learning, and classification. Covers regression and clustering. Also covers rule learning, function approximation, and margin-based methods.

Provides foundational knowledge on analysis, control, and programming of robots. Considers configuration space; rigid body motion; forward, inverse, and velocity kinematics; dynamics; trajectory planning; robot motion control; localization and mapping; and robot ethics. Integrates hands-on labs to program robots in simulation and experimentally by reading and interpreting sensor data.

Motion planning and kinematics topics with an emphasis in geometric reasoning, programming, and matrix computations. Motion planning includes configuration spaces, sensor-based planning, decomposition and sampling methods, and advanced planning algorithms. Kinematics includes reference frames, rotations and displacements, and kinematic motion models.

Covers imaging formation, early vision processing, boundary detection, region growing, two-dimensional and three-dimensional object representation, and recognition techniques.

Introduces principles and practices of programming graphics processing units (GPUs) using the parallel programming environment. Covers memory/threading models, common data-parallel programming patterns and libraries needed to develop high-performance parallel computing applications. Examines computational thinking; a broader range of parallel execution models; and parallel programming principles.

Covers essential aspects of intelligent robot behavior focusing on reactive, deliberative, and interactive capabilities for safe, efficient interactions with environments, other robots, and humans. Discusses planning, actions, knowledge representation, perception-action feedback loops, decision-making under uncertainty, task and motion planning, robot learning, and ethical considerations in autonomous robot design.

Topics include modulation, probability and random variables, correlation and power spectra, information theory, errors of transmission, equalization and coding methods, shift and phase keying, and a comparison of digital communication systems.

Reviews continuous-time control systems, Z-transform and properties, sampled-data systems, stability analysis and criteria, and frequency domain analysis and design. Addresses transient and steady-state response, state-space techniques, controllability and observability, pole placement, observer design, and Lyapunov stability analysis. Laboratory experiments complementary to these topics include simulations and hardware design.

Covers digital image acquisition, image enhancement and restoration, image compression, and computer implementation and testing of image processing techniques. Provides hands-on experience of complete image processing systems, including image acquisition, processing, and display.

For EE 153 online section: enrollment in the Online-Master-in-Science in Engineering program. Topics include the study of electro-mechanical energy conversion, magnetic circuits, and magnetic components. Also explores linear motors, direct-current motors, induction motors, reluctance motors, and synchronous motor drives. Addresses space vectors in alternating current machines and the analysis and design of feedback controllers.

Covers long-distance transmission of electric power. Emphasizes admittance and impedance modeling of components and systems; optimal power flow calculations and applications; symmetrical and asymmetrical fault calculations; economic operation of large-scale generation and transmission systems; and analysis of transmission and distribution networks.

Analysis of the surfaces of materials via ion, electron, and photon spectroscopies. Covers Rutherford back scattering; secondary ion mass spectroscopy; electron energy loss spectroscopy; Auger electron spectroscopy; X-ray photoelectron spectroscopy; photoluminescence; extended X-ray absorption fine structure; Fourier transform infrared spectroscopy; Raman spectroscopy; sputtering; high-vacuum generation; and focused ion beam milling.

Presents the basic concepts of nanoelectronics focusing on current flow through nanostructured devices. Topics include new paradigms of nanoelectronics, an atomistic view of electrical resistance, Schroedinger's equation, Coulomb blockade, basis functions, bandstructure, quantum capacitance, level broadening, and coherent transport.

Covers essentials of electrical transient induced failures to integrated circuits (IC) and systems. Addresses basics for different failure and testing models including electrostatic discharge (ESD). Discusses design-for-reliability (DFR) techniques such as ESD protection designs at IC, module, and system levels. Enhances learning with computer aided design (CAD) laboratories.

Studies integrated circuit fabrication, device characterization, and circuit simulation. Introduces basic device physics and physical design rules, MOS logic design, and timing and clock schemes. Covers layout generation, subsystem designs, and circuits for alternative logic styles. Also covers design and simulation using hardware description language and CAD tools.

Explores key works by important writers in North American literary expression.

A study of adaptations of literary works in other media including film, television, and video game. Addresses questions of medium and its affordances, context of production/reception, and narrative analysis. Specific works to be studied vary by offering and include literary texts from a range of historical periods and formal genre.

Considers how literary form and rhetorical effect are used by fiction writers, activists, and others wishing to mobilize action in relation to climate change. Includes study of how literature reflects cultural attitudes toward nature and environment. Draws examples from a range of genres and historical periods.

An introduction to literature produced in Britain, its colonies, and post-colonies from the origins to the present in the context of emergent and enduring political, economic, and racial power.

A thematic introduction to the study of American literature and culture focusing on historical and cultural contexts.

Introduces work associated with alternative critical traditions. Includes one or more of the following perspectives on culture: feminist, Marxist, critical ethnic, decolonial, disability, queer, and techno-cultural.

Introduction to the history, social background, culture, and literature of Asian America.

Explores a range of Native American literatures. Discusses mass-mediated images of Native Americans and how “Indianness” is constructed, contested, and embodied in poetry, film, autobiography, fiction, and photography.

Explores a range of Native American literatures. Discusses mass-mediated images of Native Americans and how “Indianness” is constructed, contested, and embodied in poetry, film, autobiography, fiction, and photography.

Introduces the study of African American literatures including autobiography, poetry, lyric, fiction, and non-fiction. Covers national, regional, transnational, and diasporic contexts.

Introduces the study of African American literatures including autobiography, poetry, lyric, fiction, and non-fiction. Covers national, regional, transnational, and diasporic contexts.

An introduction to Chicana/o/x literature. Explores teatro, poetry, short stories, novels, essays, and other genres particular to Chicana/o/x literary production from 1965 to the present.

An introduction to key texts and moments in the variegated historical development of LGBTQI literatures, cultural production, and social formations.

An introduction to key texts and moments in the variegated historical development of LGBTQI literatures, cultural production, and social formations.

Studies information and its graphical, auditory, or interactive presentation in interdisciplinary, multimedia, and multimodal contexts. Analyzes information, sampling, and simulation as narrative, poetry, rhetoric, style, archive, or source. Utilizes hypertext or hypermedia criticism; information aesthetics; cyberfeminisms; Black software critique; queer technics; indigenous technologies; design discourse; digital activisms; and other methods.

Studies non-fiction essay writing in multimodal formats and multimedia forms. Provides practice and review of student writing in audiovisual or interactive forms and genres. Fulfills the third-quarter writing requirement for students who earn a grade of "C" or better for courses that the Academic Senate designates, and that the student's college permits, as alternatives to WRIT 030.

Introduces the programs and offerings available in the English Department. Graded Satisfactory (S) or No Credit (NC).

Readings from the Old Testament, New Testament, and Apocrypha; literary analysis of historiography, poetry, prophecy, philosophy, proverbs, letters, visions, with some consideration of problems of translation.

Focuses on issues of scriptural and mythical analysis. Explores the impact of scripture and myth on literature written in English; the textual development of the Hebrew scripture; major authors' uses of scripture and myth; exegesis; and the place of scripture and myth in current criticism and theory.

A study of major theoretical issues in representative critical and scholarly works.

An in-depth analysis of the formal features of several genres, as well as an introduction to theoretical and critical approaches.

An in-depth analysis of the formal features of several genres, as well as an introduction to theoretical and critical approaches. Fulfills the third-quarter writing requirement for students who earn a grade of "C" or better for courses that the Academic Senate designates, and that the student's college permits as alternatives to WRIT 030.

Principles of expository prose, with intensive practice. Advanced course in composition, not remedial. May be repeated for credit up to a maximum of 12 units.

Covers different types of film and media theory. Addresses formalist, psychoanalytic, Marxist, feminist, and other approaches to the cinema and other media.

Focused on the activity and experience of reading literature through sustained attention to a single work and individual reading practices. Graded Satisfactory (S) or No Credit (NC).

An advanced study of forms, histories, and theories of nonfiction writing. Includes the essay, criticism, biography, creative nonfiction, and other types of expository writing.

An introductory survey of the history of English, including its Indo-European ancestry, its vocabulary and etymologies, changes in pronunciation, spelling, and grammar, development of dictionaries, and changing attitudes toward the language and usage.

An introduction to and re-understanding of the place of rhetoric and language in culture. Includes topics such as reality and meaning, ethnic/American knowledges and identities, teaching practices, and the revival of historical traditions.

An introduction to public humanities and the practice of doing humanities within and for the benefit of diverse publics. Develops understanding of the meaning of public humanities and of methods and examples of public humanities projects.

An exploration of the early plays and poems of William Shakespeare focusing on text and performance histories.

An exploration of the late plays and poems of William Shakespeare focusing on text and performance histories.

Engages with the work of William Shakespeare in the context of pressing, twenty-first century concerns.

Explores how, why, and by whom Shakespeare has been translated, adapted, and appropriated across languages and media forms. Contextualizes case study plays in early modern context and then considers adaptations that comment upon, reimagine, or resist the logic of Shakespeare's cultural influence.

A critical study of Native American literature from the era of oral narrative to 1900. Focuses on autobiography and fiction as well as criticism and theory.

A critical study of Native American literature from 1900 to the present, with special attention to poetry, visual culture, fiction, and self-life-narration, as well as criticism and theory.

A study of topics on gender, sexuality, and sexual identity. Covers issues such as gay and lesbian texts and contexts; sexual ideologies and literature; marginalized writers and texts; and the uses of theories of sexualities in the study of literature.

A study of literature, art, media, and performance attentive to gender and representation, authorship, aesthetics, and interpretation in one or more time periods. Includes feminist, trans, nonbinary, and intersectional critical methods.

Examines various aspects of the novel form such as narrative, questions of mimesis, and publishing practices. Integrates with the exploration of contemporary discourses relating to shifting conceptions of gender, sexuality, religion, science, class, and race.

A critical study of American poetry, focusing on the evolutionary and revolutionary aspects of its forms and themes.

A critical study of American poetry focusing on the evolutionary and revolutionary aspects of its forms and themes.

A critical study of American poetry focusing on the evolutionary and revolutionary aspects of its forms and themes.

A critical study of American poetry, focusing on the evolutionary and revolutionary aspects of its forms and themes.

A critical study of American poetry focusing on the evolutionary and revolutionary aspects of its forms and themes.

A critical study of American poetry focusing on the evolutionary and revolutionary aspects of its forms and themes.

Intensive study of a single major author.

A critical study of selected literature focusing on the subjects of drama and performance.

A study of cultural and political histories of the early Americas in relation to oral, written, visual, or performance-based works.

Examines key social, political, historical, or aesthetic concepts shaping the expression and study of American literature.

Examines nineteenth-century American literature and culture through literary productions from canonical novels to journalism and poetry. Includes cultural texts in the form of songs, paintings, sculpture, theater, and vaudeville. Explores contemporary discourses relating to shifting conceptions of gender, sexuality, religion, science, class, and race.

Provides a thematic, historical, formal, or critical study of modern American literature.

Provides a thematic, historical, formal, or critical study of contemporary American literature.

A critical study of modern Irish literature, set against the background of the political and religious conflicts of Irish history.

A critical survey of U.S. Latina/o/x literature. Focuses on aesthetic achievements, recurrent forms and themes, and interrelations with other American literatures.

An introduction to Latinx theatre, performance art, and film from 1965 to the present. Examines the major works of playwrights and performance artists as well as important films and videos.

A critical survey of U.S. Latina/o/x literature focusing on aesthetic achievements, recurrent forms and themes, and interrelations with other American literatures.

Examines how literature represents experiences of displacement caused by colonization, migration, state violence or civil unrest, incarceration or internment, natural or human-made disasters, and other factors. Texts may include fiction, poetry, life writing, or visual media. Includes writers and texts from one or more countries or geographical regions.

A critical survey of African American literature with particular attention to the development of an African American literary tradition and the challenges it has posed to the canon of American literature. Scope includes writing in English (in North America and the Caribbean) by Black authors prior to 1940.

A critical survey of African American literature with particular attention to the development of an African American literary tradition and the challenges it has posed to the canon of American literature. Scope includes writing in English (in North America and the Caribbean) by Black authors since the 1940s.

Explores literature by people of African descent from the United States, Caribbean, Europe, and Africa for points of cohesion, collaboration, and contestation. Questions how Black writers challenge borders and national cultures. Studies how writing reflects and responds to Black literary inheritances.

A critical survey of Asian American literature, with particular attention to aesthetic achievements, recurrent forms and themes, and interrelations with other American literatures.

English literature of the Anglo-Saxon period: such works as Beowulf, "The Seafarer," and "The Wanderer."

An introduction to major literary genres including romance, dream vision, lyric, devotional prose, and drama.

An introduction to the literary genre of medieval romance. Texts may include stories of King Arthur and the knights of the Round Table; romances written during the religious wars known as the Crusades; global and transcultural romances; and medieval romances reimagined in contemporary film, novels, and fantasy literature.

A study of connections between medieval and modern literary and cultural production. Topics may include fantasy literature and gaming; global medievalism; Middle Ages on film and television; medieval heritage politics and symbolism; race & medievalism; Gothic, neomedievalism; and modern editions, translations, and renditions of works from the Middle Ages.

Studies in ideas, discoveries, and movements of the English Renaissance (1500-1660). Interrogates the notion of “the Renaissance” in its attention to literary, artistic, philosophical, scientific and/or cultural change. May focus on the development of print culture, the rise of women writers, or the formation of radical religious groups.

Surveys literature of the English Renaissance (1500-1660) focusing on historical and cultural contexts. May center on particular genres such as the sonnet or epic romance; examine sources in the classical or European traditions; explore the development of literary themes; or apply theoretical approaches such as ecocriticism or critical race studies.

Addresses the literatures of the era. May include drama, satire, the emergence of the novel, poetry or non-fiction prose.

Covers the works of writers such as Barbauld, Blake, Coleridge, Helen Williams, Wollstonecraft, and Wordsworth.

Covers writers such as Byron, Hazlitt, Keats, Scott, Mary Shelley, and Percy Shelley.

Covers the works of writers such as Barbauld, Blake, Coleridge, Helen Williams, Wollstonecraft, and Wordsworth.

Examines nineteenth-century British literature focusing on contemporary discourses relating to shifting conceptions of gender, class, empire, race, and sexuality.

A thematic, formal, and socio-historical study of literature, media, performance, and art since 1900. Topics include formal innovations, authors, genres, aesthetic and political movements, war, “high” and “low” culture, and critical debates.

Examines literature as a mode of community formation and method for shaping political consciousness. Consists of case studies of historical moments when literature mobilizes community or political action. Specific case studies will vary. Includes contemporary and historical examples.

A historical survey of speculative fiction literature from the nineteenth century to the present.

A historical survey of speculative fiction film and television from the twentieth century to the present. Includes readings in film and television criticism.

Examines science fiction as a window into political thought and movements for social change. Topics include utopia and dystopia, bodily autonomy, experimental art, and ecology.

A historical survey of speculative fiction literature from the nineteenth century to the present.

A historical survey of speculative fiction film and television from the twentieth century to the present. Includes readings in film and television criticism.

A study of the narrative capacities of television as a medium. Focuses on form and storytelling structure. May include multiple genres of television production including drama, sports, news, and reality. Emphasizes the relationship between medium and plot in historical and national frameworks.

Examines the theory, literature, and expressive cultures of one or more groups of Black, Indigenous, and women of color. Focuses on critically interpreting narratives as they are shaped by historical, social, and cultural contexts and intersecting systems of power.

Explores the intersections of literature and economics. May focus on a specific historical period. Topics range from medieval ideas about moral economies to Victorian political economy, to the relation between 20th/21st century writing and financialization.

Introduction to and experience with common everyday engineering and technology devices. Aims to enrich students' appreciation of technology and the application of simple science and engineering concepts in the design and operation of these devices, and to provide students with an early positive engineering experience and interaction with College of Engineering faculty. Graded Satisfactory (S) or No Credit (NC).

Covers economic decisions involving engineering alternatives. Topics include time value of money, annual cost, present worth, rate of return, and benefit-to-cost. Addresses before and after tax replacement economy, organizational financing, break-even analysis, risk analysis, and capital budgeting.

Provides a hands-on introduction to entrepreneurship through the Innovation Program (Innovar). Applies customer discovery to explore commercial potential of a business idea or technology. Includes use of Lean Launchpad to define product-market fit. Requires at the time of enrollment a business idea for a product or service that uses technology.

Covers the formulation of mathematical models for engineering systems. Includes applying mass, momentum, and energy balances to derive governing differential equations; solving equations with the use of spreadsheets and other software packages; and fitting linear and nonlinear models to experimental data.

Introduction to formulating and solving optimization problems in engineering. Includes single-variable and multi-variable optimization; linear programming - simplex method; nonlinear unconstrained optimization-gradient, steepest descent, and Newton methods; and nonlinear constrained optimization - gradient projection methods. Addresses applications of optimization in engineering design problems. Solves various engineering optimization examples using MATLAB.

Provides contemporary perspectives on interplays between technology, public policy, and ethics. Covers social, legal, and ethical issues such as liability, as well as environmental, patent, and copyright law.

Develops oral, written, and graphical communication skills. Includes preparing and critiquing reports, proposals, instructions, and business correspondence. Emphasizes professional and ethical responsibilities and the need to stay current on technology and its global impact on economics, society, and the environment. Fulfills the third-quarter writing requirement for students who earn a grade of "C" or better for courses that the Academic Senate designates, and that the student's college permits as alternatives to WRIT 030.

Develops technical communication and documentation skills. Includes writing and critiquing design documentation and technical reports. Uses the capstone design project in an engineering discipline as a case study. Considers professional and ethical responsibilities as well as contemporary issues in engineering and the global impact on economics, society, and the environment. Fulfills the third-quarter writing requirement for students who earn a grade of "C" or better for courses that the Academic Senate designates, and that the student's college permits as alternatives to WRIT 030.

An introduction to environmental science focusing on natural resource description, management, and conservation. Covers ecosystem characteristics and function; material and energy flows; population dynamics and influence of population on the environment; energy resources and conservation; and mineral and soil resources and their management.

An introduction to environmental science, focusing on the impact of human development and technology on the quality of natural resources and living organisms. Topics include soil, water, and air pollution; water, land, and food resources; wildlife management and species endangerment; toxicology and risk management; and solid and hazardous waste management.

Introduction to the science of contemporary climate change including the drivers and impacts of change to date and into the future focusing on inland Southern California. Addresses individuals facing the climate crisis as well as explores possible solutions to the causes and consequences of climate change.

Explores the fundamental principles of soil science and soils as a natural resource. Introduces the morphology, physics, chemistry, microbiology, fertility, classification, development, and management of soils in relation to the environment.

An introduction to the hydrologic cycle. Covers water sources, distribution, and conveyance; physical, chemical, and biological properties of water; water treatment and reuse; and regulatory framework.

Covers the physical structure and chemical composition of the Earth's atmosphere including interactions with terrestrial, biological, and oceanic systems. Also emphasizes human impacts including an introduction of air quality and climate change concepts as well as an overview of air pollution control strategies.

Focuses on the history, theory, and practice of assessing, understanding, and mitigating impacts of the natural and built environment on human health. Reviews core disciplines that underpin the field of environmental health as well as case studies from industrialized, emerging, and developing countries around the world.

Quantitative study of the chemistry of the solid, liquid, and gas phases in soils and sediments. Topics include solid and solution speciation, mineral solubility, ion exchange and adsorption reactions, oxidation-reduction, and the chemistry of organic contaminants and toxic trace elements in soils.

Introduction to the role of water in ecosystems. Explores the movement of water through ecosystems and interactions with biota across a range of climatic and ecological zones. Examines the major human impacts on hydrology and their ecological and environmental implications. Field trips to representative hydrological systems.

Topics include physical properties of soils and methods of evaluation. Emphasizes movement of water, heat, gases, and chemicals through soil.

Introduces the use of computers to solve mathematical problems arising in environmental sciences. Applies various computational methods (such as linear regression, optimization, Monte Carlo simulation, and data assimilation) to environmental problems using R.

A study of soil biota and their relationships with plants and the soil environment. Emphasizes life strategies of soil organisms and methods to study them. Examines importance of microbial and faunal groups from the rhizosphere to the ecosystem. Explores impact on soil fertility, carbon and nitrogen cycles, and Earth's climate.

Topics include interactions of environmental conditions with abiotic and biotic transformation and transport of major organic and inorganic contaminants in the environment.

Introduces basic principles of atmospheric dynamics on both short- and long-term time scales focusing on current examples and in-class demonstrations. Covers basic concepts related to atmospheric dynamics such as wind, the radiation budget, precipitation, and natural disasters. Includes core principles of long-term changes.

Introduction to nonpathogenic microorganisms in the environment. Topics include an introduction to microbial biology and microbial and metabolic genetic diversity; methods; symbiotic interactions; biofilms; and geomicrobiology and biogeochemistry. Explores life in extreme environments and the effects of the physical and chemical environment on microbes.

A study of the chemical, physical, and biological properties of soils and their influence on plant growth and development. Topics include soil-plant water relations; fundamentals of plant mineral nutrition; soil nutrient pools and cycles; soil acidity, alkalinity, salinity, and sodicity; root symbioses; and rhizosphere processes.

Structure of the troposphere and stratosphere; formation of atmospheric ozone; tropospheric NOx chemistry; methane oxidation cycle; phase distributions of chemicals; wet and dry deposition; chemistry of volatile organic compounds; formation of photochemical air pollution; modeling of air pollution and control strategies; stratospheric ozone depletion and global warming.

Introduction to processes controlling the chemical composition of natural waters. Topics include chemical equilibria, acid-base and coordination chemistry, oxidation-reduction reactions, precipitation-dissolution, air-water exchange, and use of equilibrium and kinetic models for describing marine nutrient, trace metal, and sediment chemistry.

Covers the study of soils in natural environments. Examines how soils form and their roles within ecosystems and landscapes. Topics include soil variability, soil classification, and soils as indicators of environmental conditions. Field trips emphasize description and interpretation of soils. Requires two 3-hour Laboratory activities and four 6-hour Field Trips.

Explores the genesis, morphology, and classification of California soils with an emphasis on soil-landform relationships. One three-day field trip focuses on soils and landforms within selected regions of California.

A study of surface waters. Considers in detail the physical and chemical processes in surface waters, aquatic biology, ecosystem dynamics, and aspects of surface water quality and modeling.

A study of the characterization, collection, transportation, processing, disposal, recycling, and composting of municipal solid waste. Emphasizes accepted management strategies and design procedures for recovering or disposing solid wastes while protecting public and environmental well-being.

An introduction to the basic principles and methods by which health risks associated with exposure to chemical and physical agents are determined. Topics include hazard identification, dose response and exposure assessments, and risk characterization and management.

Introduction to the scientific study of the hydrologic cycle. Covers the measurement and evaluation of hydrologic phenomena including the use of statistical methods. Explores computer techniques in hydrology with applications to water resource development and water quality problems, particularly those in California.

Covers the fundamental understanding of groundwater resources and aquifer properties. Explores physical principles of fluid flow in sediments and rocks, surface water-groundwater interactions, and contaminant transport. Discusses current issues in groundwater management and sustainability with an emphasis on California water resources. Students present topics related to groundwater science and management.

Explores the principles of spatial data analysis in environmental sciences. Provides comprehensive and systematic understanding of spatial analysis methods. Covers theory of remotely sensed data acquisition from satellites and UAVs and discusses image analysis techniques. Utilizes Geographic Information Systems (GIS) and statistical and image classification software.

Introduces sampling, preparation and quantitative analysis of environmental samples. Topics include environmental sampling design; sampling techniques; quality assurance/quality control (QA/QC); data collection and reporting; sample preparations; extraction and cleanup; chemical separations (chromatography); and instrumental detection methods relevant to quantitative environmental analysis.

Introduction to physical and chemical processes used for drinking water and wastewater treatment. Topics include coagulation and flocculation, sedimentation, granular-medium filtration, membrane disinfection, and softening.

Covers suspended growth processes, attached growth processes, digestion processes, and nutrient removal systems.

Advanced study of chemical thermodynamics and their applications to chemical and environmental engineering processes. Applies principles for the thermodynamic behavior of pure solutions and mixtures, phases, and chemical equilibria for homogeneous and heterogeneous systems to a variety of processes common to chemical and environmental engineering.

Covers principles, modeling, and design of systems for atmospheric emission control of pollutants such as photochemical smog and by-products of combustion. Explores the effects of air pollution on health.

Processes and design of control technologies for gaseous and particulate pollutants. Methods and design of ambient air quality measurements and air pollution source sampling for both gaseous and particulate pollutants.

Covers fate and transport of contaminants in the air, water, and soil environments. Addresses description and modeling of advection, dispersion, phase transfer, and chemical transformation mechanisms.

Covers the fundamental development of the engineering and design principles underlying combustion engines and turbines and the associated emission control technology. Includes aspects of fuels, lubricants, instrumentation, chemistry of combustion, and kinetics related to the understanding of engineering processes, engine design, and emission control.

An introduction to the chemical principles and equilibrium models used to describe the behavior of natural water systems, water and wastewater treatment processes, and pollutant transformations in the aqueous environment. Topics include acid-base chemistry, precipitation, complexation, and redox reactions.

An introduction to the engineering aspects of water quality management. Addresses water quality characterization and modeling techniques for natural and engineered systems. Discusses application of chemical equilibrium and kinetic models to water quality.

A study of the characterization, collection, transportation, processing, disposal, recycling, and composting of municipal solid waste. Emphasizes accepted management strategies and design procedures for recovering or disposing solid wastes while protecting public and environmental well-being.

Advanced course in the study of physio-chemical, thermal, and biological treatment of hazardous waste. Emphasis is placed on the technical understanding and design of physical, biological, and thermal treatment methods; transportation of hazardous waste; and hazardous waste characterization and site assessment.

Analysis and design of water conveyance systems including water distribution networks, wastewater and storm water collection systems, structures for flow measurement and control, and pumps and pump stations. Includes projects to develop design process skills including problem specification, modeling, and analysis.

Involves laboratory exercises in chemical and environmental engineering. Experiments cover physical measurements, fluid mechanics, and mass transfer. Emphasizes experimental design, analysis of results, and preparation of engineering reports.

Consists of laboratory exercises in environmental engineering. Includes experiments in physical measurements, reaction kinetics, reactor analysis, and air pollution engineering. Emphasizes experimental design, analysis of results, and preparation of engineering reports.

Consists of laboratory exercises in environmental engineering. Includes experiments in physical measurements, water quality, and unit operations and processes. Emphasizes experimental design, analysis of results, and preparation of engineering reports.

An introduction to mass and energy balances. Includes an overview of contaminants and their effects on human health and the environment. Provides a basic understanding of contaminants, their sources, and their movement and fate in the environment.

An introduction to the physical development of the Earth. Emphasis will be on Earth materials (rocks and minerals), processes (weathering, erosion, mountain building), structures (folds and faults), and current theories regarding the Earth's crust and interior.

An introduction to the history of Earth's changing climate and its relationship to the evolution of life on human to geologic time scales. Topics include the interrelationships among short- and long-term carbon cycling; plate tectonics; ocean and atmosphere circulation; and greenhouse gases through time.

Explores the evolution of life beginning with precellular life. Topics include the origin of sex, multicellularity, vertebrate classes, morphological specializations, adaptive radiations, extinction dynamics, and the biology of dinosaurs.

Application of basic principles of climate and geology to recognition of natural hazards and their mitigation. Topics include fires, freezes, floods, winds, landslides, volcanic eruptions, earthquakes and tsunamis. Emphasis is on confronting hazards of concern to home-buyers, planners, and conservationists in the western United States, especially southern California.

An introduction to Earth, Atmospheric, and Planetary Sciences using movies as support for visual learning. Topics include Earth structure and tectonic processes, climate change, impact craters and space exploration. Also addresses Earth science concepts and their portrayal in movies.

Introduces the history of discoveries in planetary science and exoplanets and the influence on popular culture, movies, television, literature, and video games. Topics include planet discovery and exploration, planetary habitability, desert worlds, water worlds, moons, and terraforming in the context of science fiction.

Overview of the role of minerals in human life and industrial activities. Topics include the impact of minerals on human health, the role of minerals in modern technologies, asbestos and silica problems, occupational diseases caused by inhalation of mineral dust, and environmental protection in California. May include a field trip.

An introduction to the study of earthquakes and the problems of living in earthquake country. Why earthquakes occur, how they are recorded, and what the effects are on man and his structures. The scientific and social consequences of earthquake prediction.

Introduction to the geological, physical, chemical, and biological processes related to the characteristics and evolution of the ocean. Explores the ocean's role in regulating climate and the cycling of elements on Earth's surface. Illustrates how the oceans have been, and continue to be, a critical influence on life on Earth.

Honors course corresponding to GEO 009. A general introduction to the geological, physical, chemical, and biological processes related to the characteristics and evolution of the ocean system. Explores the role oceans play in regulating climate and the cycling of elements on the Earth's surface. Illustrates how the ocean system has been, and continues to be, one of the most important influences on life. Satisfactory (S) or No Credit (NC) grading is not available.

An introduction to the occurrence, availability, marketing, and usage of metals, minerals, fossil fuels, nuclear fuels and other geologic resources, including both historic and recent trends. Addresses conflicts between modern society's need for increasingly scarce resources and mounting environmental problems. Also covers achieving sustainability through conservation, recycling, and substitution.

Provides an understanding of Earth's feedback systems that regulate the climate over long- and short-term time scales. Includes oceanic and atmospheric circulation patterns, the major reservoirs and global carbon cycle, and the influence and origin of greenhouse gases. Investigates sustainability, climate change policies, adaptation, and mitigation.

Honors course corresponding to GEO 011. Provides an understanding of Earth's feedback systems that regulate the climate over long- and short-term time scales. Includes oceanic and atmospheric circulation patterns, the major reservoirs and global carbon cycle, and the influence and origin of greenhouse gases. Investigates sustainability, climate change policies, adaptation, and mitigation. Satisfactory (S) or No Credit (NC) grading is not available.

Considers the place of humans in space and time and the means by which this is discerned. Presents a synopsis of the history of the cosmos, Earth, life, and humanity from a science-based perspective. Discuss the implications of such knowledge for how responsible individuals choose to conduct themselves.

A survey of the planets in the solar system focusing on comparative planetology. Explores the formation, structure, composition, and evolution of rocky and gas giant planets. Also addresses the night sky, the Earth's Moon, gravity, planetary motion, radiation, minor bodies, and exoplanets.

An introduction to majors in the Department of Earth & Planetary Sciences. Focuses on research and academic ethics, study habits, current issues, and career pathways. Includes student-directed exploration of resources available on campus including curriculum planning, learning tools, opportunities for undergraduate research, skill development, and faculty and professional academic advisors. Graded Satisfactory (S) or No Credit (NC).

Are we alone in the universe? This basic human question, once solely the domain of philosophy and science fiction, is now a field of considerable scientific research. Lecture and lab topics include the history of life on Earth, habitability in the solar system, and discovery of planets around other stars.

An introduction to the nomenclature and classification of igneous and metamorphic rocks. Includes identification of the major rock-forming minerals and common rocks in hand samples and thin sections, as well as interpretation of rock fabrics and textures. Explores tectonic setting and the origins of major rock types.

Introduces geologic field mapping, aerial photograph interpretation, scaled vector graphic cartography, and professional report writing for igneous and metamorphic rock terranes.

Introduces geologic field mapping, aerial photograph interpretation, scaled vector graphic cartography, and professional report writing for stratified sedimentary rock terranes.

Introduces the basic principles of how computer programs are written and numerical models are constructed, as well as teaches data processing and visualization skills. Fosters an ability to apply numerical techniques to problems in the Earth and Environmental Sciences.

Examines characteristic patterns of bedrock outcrops, surficial deposits, the related landforms, and their representation on maps. Covers unconformities, folds, faults, intrusions, alluvial fans, river terraces, and landforms indicative of glaciers, volcanoes, landslides, and earthquakes. Applies map information to resource and hazard evaluation.

Examines geological structures in the field. Covers the graphical solution of structural problems and laboratory map study, the genesis of rock structures, the physics of rock deformation, and Mohr diagrams and elementary stress analysis.

A study of the principles of sedimentology and the comparative study of the origins of sediments and sedimentary rocks from various modern and ancient clastic, carbonate, and mixed siliciclastic-carbonate depositional environments. Emphasizes field and stratigraphic relationships, as well as petrographic and hand specimen identification.

Provides an introduction to common and important minerals and their identification using structural, crystallographic, and optical microscopy methods. Stresses distinctive structural and chemical features, diagnostic physical and optical properties, anthropogenic uses, commonly associated minerals, and the growth and development of minerals in various geologic environments.

Advanced techniques in mineralogy. Covers optical crystallography, with an introduction to X-ray diffraction, electron microscopy, and other analytical techniques.

Examines field and structural relationships of crystalline rocks and how thermodynamics, experimental phase equilibria, and computer modeling are used to study petrogenesis. Each student completes a field and laboratory research project and prepares a written and oral report on the project.

Covers the character of waters in geologic media; including the chemical nature of groundwater and geothermal fluids; principles of fluid flow in sediments and rocks; chemical reactions between solutes and geologic media; contaminant migration in groundwater; behavior of geothermal fluids; modeling of groundwater and geothermal fluid flow in geologic media.

Explores the global carbon cycle and the origin and fate of organic carbon molecules throughout Earth's history. Covers production and composition of biogenic matter and microbial, chemical, and thermal processing of sedimentary organic matter, leading to oil, gas, and coal formation. Addresses important applications to the petroleum and environmental sectors.

Examines the chemical principles of geologic processes at and near Earth's surface. Topics include biogeochemical cycles of elements during chemical interactions of the Earth's crust, hydrosphere, and atmosphere; applications of thermodynamics and kinetics to the study of low-temperature geologic systems; and the use of isotopic techniques in tracing geologic processes.

Covers the study of soils in natural environments. Examines how soils form and their roles within ecosystems and landscapes. Topics include soil variability, soil classification, and soils as indicators of environmental conditions. Field trips emphasize description and interpretation of soils. Requires two 3-hour Laboratory activities and four 6-hour Field Trips.

Explores the genesis, morphology, and classification of California soils with an emphasis on soil-landform relationships. One three-day field trip focuses on soils and landforms within selected regions of California.

Introduces central concepts of solid earth geophysics as applied at the global or planetary scale. Includes plate tectonics and dynamics of the lithosphere; seismology and earth structure; geothermal behavior and heat flow; and geodynamics and planetary geophysics.

Introduction to the theories and observations of earthquake seismology. Student utilizes physical principles and mathematical techniques to study the earthquake process, wave propagation, and ground motion. Laboratory emphasizes computer-assisted analysis of various types of seismic data as well as simple modeling techniques.

Introduces applied geophysical methods used to explore and characterize the shallow subsurface. Topics include gravity, magnetism, seismic reflection and refraction, electrical resistivity, electromagnetism, and ground penetrating radar. Explores techniques to solve problems related to groundwater, as well as environmental, mineral, and petroleum exploration and engineering issues. Requires a weekend field trip.

A computer-based course that introduces active tectonics and the earthquake cycle and how they are studied using remote sensing data. Explores examples of actively deforming areas from around the world using computer visualization software and freely available data sources (satellite imagery, digital topography, GPS and earthquake data).

An exploration of potential careers and futures in the Earth and Planetary Sciences. Topics include career planning, exploring different job possibilities in the public and private sectors, applying for jobs and internships, undergraduate and graduate research, the graduate school application process, academic careers, and fellowships. Graded Satisfactory (S) or No Credit (NC).

Emphasis is on understanding fossils as living organisms. Topics include fundamentals of evolution and the fossil record, introductory morphometrics and biosystemic theory, functional morphology, and metazoan organization and classification.

Topics include evolution and the fossil record, paleoecology, classification theory; the nature of adaptive radiations, and extinctions.

Introduces the fundamental theory and application of geographical information science. Topics include geographic information systems, data structures, databases, and spatial data models. Explores various spatial data, including their coordinate systems, data acquisition, and associated errors. Introduces data analysis methods within geographical information systems.

Multidisciplinary applications of GIS analysis techniques including vector, grid, image, surface, and network systems. Covers photogrammetry and processing of remotely sensed imagery emphasizing data quality and error assessment. Introduction to graphical programming tool, ModelBuilder, and Python scripting language for automation and customization of tasks. No previous programming experience assumed.

Provides a geological, geophysical, and paleontological basis for understanding California’s geologic history, active tectonics, landforms, natural resources, and natural hazards. Covers California’s geomorphic provinces and key rock units.

Surveys historical and paleoclimate change using basic principles on gas laws, radiant energy exchange, atmospheric circulation and oceanography, and proxy data. Topics include variability in modern climate, greenhouse gases, global warming, El Nino, Pacific decadal oscillation, ozone hole, volcanism, ice age climate, and Milankovitch cycles. Also covers stable isotope profiles, plate tectonics, greenhouse climates, paleovegetation, modern species diversity, and snowball Earth.

Examines physical, chemical, and biological evidence of climatic and environmental change throughout the Cenozoic Era (last 65 million years) to provide a framework for understanding natural environmental change and for predicting future change. Introduces students to computer-based numerical methods of data analysis for interpreting past records of environmental change.

A study of surficial processes related to the development and evolution of landforms and landscapes at the Earth's surface. Examines weathering, erosional, and depositional processes in a variety of landscapes (tectonic, volcanic, arid, karst, fluvial, glacial, coastal, anthropogenic, planetary, etc.). An emphasis is placed on processes and landscapes important to California.

Introduces elemental physical components of the Earth's climate system that include the atmosphere, the ocean, the land surface, and the cryosphere. Topics include global energy balance, atmospheric general circulation, ocean general circulation, atmosphere-ocean interaction, hydrological cycle, land surface processes, cryosphere, and natural climate variability.

Application of biogeographic and ecological theories in the conservation of plants, animals, and wildlands. Topics include biological preserve design, ecological consequences of land development, and wildlife-habitat relationships.

Survey of the flora, distribution, and ecology of California ecosystems, including Mediterranean shrubland, conifer forests, desert scrub, valley for fields, and exotic grasslands. Discusses vegetation in relation to climate, physiography, fire, landscape steady states, biological invasions, paleobotany, and broad-scale change due to land development, invasive species, grazing, and fire suppression.

Covers the rapid expansion of the subject of exoplanets, the discoveries of which now number in the thousands and include planets smaller than Earth. Topics include solar system formation, the history of exoplanetary science, orbital mechanics, detection methods, orbital ephemerides, host stars, and future exoplanet space missions.

Covers the detailed characterization of exoplanets including new discoveries that are being made from past and present exoplanet missions. Topics include orbital dynamics and architectures, tidal effects, planet formation, circumbinary planets, phase variations, planetary atmospheres, exomoons, and future exoplanet space missions.

An overview of the origin, evolution, distribution, and future of life in the universe. Explores the physics and chemistry of life; formation and evolution of planets; origin of life; habitable environments in the solar system (Mars, Venus, icy moons); exoplanet biosignatures; and the search for extraterrestrial intelligence.

A quantitative overview of the atmospheric structure, composition, climate, evolution, and circulation of planets within and outside the solar system. Focus areas include hydrostatic equilibrium, convection and lapse rates, photochemistry, escape processes, radiative transfer and spectroscopy, atmospheric formation, and basic fluid mechanics applied to circulation.

Prepares for success in a college-level mathematics course. Focuses on conceptual and problem solving. Emphasizes practicing symbolic reasoning, evaluating expressions, the meaning of quantities, variables, expressions, formulas, changes in quantities, inequalities, systems of equations, and functions (linear, exponential, logarithmic, quadratic, polynomial, rational, radical). Workload credit only; Graded Satisfactory (S) or No Credit (NC).

Covers functions and their graphs including linear and polynomial functions, zeroes, and inverse functions as well as exponential and logarithmic functions and their inverses. Also includes counting including elementary probability. Involves applications to business and social sciences.

A study of inequalities, absolute value, functions, graphing, logarithms, trigonometry, roots of polynomials, counting, vectors, and other elementary concepts of mathematics. Some sections may be offered online.

An introduction to application of finite approximation to study functions of one variable. Topics include sequences, series, differential calculus, and antiderivatives.

Further topics on infinite series including test of convergence and Taylor's series. An introduction of integral calculus of one-variable with applications.

Develops and refines quantitative reasoning, covariational reasoning, problem solving, and algebraic proficiency in preparation for calculus. Topics include functions, properties of functions, ways to create new functions, and modeling real-world situations with functions. Specific functions covered include linear, exponential, and logarithmic functions.

Develops and refines quantitative and covariational reasoning skills and problem solving skills in preparation for calculus. Topics include functions, properties of functions, modeling real world situations with functions, limits, and continuity. Specific functions covered include polynomial, rational, trigonometric, and inverse trigonometric functions.

Introduction to the differential calculus of functions of one variable for students majoring in Life Sciences.

Introduction to the integral calculus of functions of one variable. For Life Sciences majors.

Introduction to the differential calculus of functions of one variable.

Introduction to the integral calculus of functions of one variable.

Further topics from integral calculus, improper integrals, infinite series, Taylor's series, and Taylor's theorem.

Honors course corresponding to MATH 009A. Honors course corresponding to MATH 009A for students with strong mathematical backgrounds. Introduces the differential calculus of functions of one variable. Emphasis is on theory and rigor Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to MATH 009B. Honors course corresponding to MATH 009B for students with strong mathematical backgrounds. Introduces the integral calculus of functions of one variable. Emphasis is on theory and rigor.

Honors course corresponding to MATH 009C. Further topics from integral calculus, improper integrals, infinite series, Taylor's series, and Taylor's theorem. Satisfactory(S) or No Credit(N/C) is not available.

Topics include Euclidean geometry, matrices and linear functions, determinants, partial derivatives, directional derivatives, Jacobians, gradients, chain rule, and Taylor's theorem for several variables.

Covers vectors; differential calculus, including implicit differentiation and extreme values; multiple integration; line integrals; vector field theory; and theorems of Gauss, Green, and Stokes.

Introduction to basic concepts of discrete mathematics emphasizing applications to computer science. Topics include propositional and predicate calculi, elementary set theory, functions, relations, proof techniques, elements of number theory, enumeration, and discrete probability.

Explores relations and functions (e.g., linear, polynomial, logarithmic, and exponential). Addresses differential calculus of functions of one and two variables as well as integration (indefinite and definite) with applications to business and economic problems. Credit is not awarded for MATH 022 if a grade of "C-" or better has already been awarded for MATH 007A, MATH 009A, MATH 09HA, or MATH 005B.

A study of matrices and systems of linear equations, determinants, Gaussian elimination, vector spaces, linear independence and linear transformation, orthogonality, eigenvalues, and eigenvectors. Also examines selected topics and applications.

Introduction to ordinary differential equations; complex numbers; trigonometric, compact and exponential Fourier Series; frequency spectrum; and Laplace transform, Fourier transform, and their application to the solution of integro-differential equations as they appear in the physical sciences and engineering.

Introduction to first-order equations, linear second-order equations, and Laplace transforms, with applications to the physical and biological sciences.

An introduction to communicating mathematics through proofs. Topics include basic logic, set theory, functions, and various proof techniques such as induction, direct, contrapositive, contradiction, and cases. May also include equivalence relations, countability, number theory, structure of the real numbers, sequences, and continuity.

Introduction to classical optimization including unconstrained and constrained problems in several variables, Addresses Jacobian and Lagrangian methods and the Kuhn-Tucker conditions. Covers the basic concepts of linear programming including the simplex method and duality with applications to other subjects.

Examines games in extensive, normal, and characteristic form as models of conflict and/or cooperation. Covers two-person zero-sum games, minimax theorem, and relation to linear programming. Includes non-zero-sum games, Nash equilibrium theorem, bargaining, the core, and the Shapley value. Addresses economic market games.

A study of elements of combinatorics theory. Topics include chromatic polynomials, enumerating partitions of sets and integers, asymptotic enumeration, Polya theory, and Ramsey theory.

An introduction to vector spaces, matrices, and linear transformations.

Further study of topics in linear algebra including eigenvalues. Exploration of Hermitian and unitary matrices, positive definite matrices, and canonical forms.

Analyzes elementary theory of affine and projective planes, the line at infinity, finite geometries, Euclidean and non-Euclidean geometries, groups of transformations, and other algebraic structures related to geometry.

Introduces basic numerical techniques for computing solutions of problems in science and engineering as well as computational implementation of such techniques using MATLAB and Python. Topics include floating point computation, error analysis, numerical methods for solutions of linear and nonlinear scalar and systems of equations, and numerical interpolation.

Introduces basic numerical techniques for computing solutions of problems in science and engineering as well as computational implementation of such techniques using MATLAB and Python. Topics include numerical integration, Runge-Kutta methods for initial value problems, matrix factorizations, eigenvalues, and eigenvectors.

A continuation of Math 135B. Topics include least square method, Fourier series, numerical methods for PDEs, and numerical optimization.

Covers prime and composite integers, number theoretic functions, diophantine equations, congruences, quadratic reciprocity, and additive arithmetic.

Examines elementary theory of curves and surfaces. Includes first and second fundamental forms.

Covers Gaussian curvature, geodesics, and the Gauss-Bonnet Theorem.

Topics include number systems, elementary number theory, rings, fields, polynomials, congruencies, and applications of finite fields.

Covers algebra of subsets of a set. Addresses algebra of relations and functions. Explores cardinal and ordinal numbers and their arithmetic operations. Includes the well-ordering theorem, transfinite induction, and Zorn's lemma.

Addresses elementary topology in metric spaces.

Explores geometric topology, algebra associated with finite complexes, and applications.

Focuses on the theory of linear differential equations and transform methods.

Further study of the theory of linear differential equations and problems in valuing ordinary differential equations.

Explores boundary value problems for partial differential equations, orthogonal expansions, and separation of variables.

Covers Fourier series expansions of periodic functions, properties, and convergence; the Dirichlet kernel; Fourier integrals and the Fourier transform in one and several variables; the Plancherel theorem; and Fourier inversion. Includes applications of Fourier analysis (e.g., to spectral theory, numerical analysis, ordinary and partial differential equations, and wavelet transform).

Explores examples of dynamical systems, quadratic maps, maps of the circle, and higher-dimensional examples. Includes symbolic dynamics, Sarkovskii's theorem, hyperbolicity, and structural stability. Introduces chaotic dynamical systems and the period doubling route to chaos. Also introduces basic notions from complex dynamics. Includes the Julia set and the Mandelbrot set.

An introduction to the mathematical theory of probability and discrete and continuous distributions.

A continuation of MATH 149A. Topics include sampling and limit distributions.

A study of the concepts and theory of single-variable calculus. Covers the basics of real numbers, sequences, limits, continuity, and differentiation.

Provides a rigorous development of mathematical analysis includes the formal theory of the real numbers, convergent sequences, monotone sequences, subsequences, convergent tests, limit superior, limit inferior, Bolzano-Weierstrass theorem, Cauchy sequences, limit of functions, continuous functions, extreme value theorems, intermediate value theorems, uniform continuity, and continuity of monotone functions.

Provides a rigorous development of mathematical analysis. Includes properties of the derivative; mean value theorem, intermediate value theorem, Taylor's theorem, inverse function theorem, fundamental theorem of calculus; Riemann integrable functions, sequences and series of functions, pointwise and uniform convergence of functions, and the continuity, integral, and derivative of the limit.

Provides a rigorous development of mathematical analysis. Includes metric spaces, open and closed sets, connected sets, closure and boundary, convergent sequences, Cauchy sequences, completeness, compactness, Heine-Borel theorem, continuity, uniform continuity, limits, the derivative, gradients, curves, partial derivatives, the Jacobian, continuity and the derivative, and inverse and implicit function theorems.

A survey from a historical point of view of various developments in mathematics. Emphasizes the nineteenth and early twentieth centuries.

Introduction to mathematical and computational concepts in machine learning methods with emphasis on developing new machine learning algorithms. Topics include linear algebra and vector calculus in application to supervised learning, regression, classification, unsupervised learning, clustering, and dimensionality reduction. Topics also include optimization and probability theory used in machine learning algorithms.

Exploration of essential mathematical concepts for artificial intelligence, covering natural language processing, generative networks, and reinforcement learning. Topics include text classification, multimodal learning, and advanced generative models (GANs, diffusion models). Emphasizes domain adaptation, semi-supervised, and self-supervised learning with applications in real-world AI tasks.

An introduction to mathematical and computational modeling using high-level computer programming languages such as C/C++. Includes implementation of parallel algorithms for solving linear systems, systems of differential equations, and running stochastic imulations on high performance CPU and GPU computer clusters.

Introduction to dynamical systems with applications to problems in Physics, Biology, Chemistry, and Engineering. Topics include phase plane analysis, stability of dynamical systems, and numerical methods for dynamical systems.

An introduction to the theory of analytic functions of a complex variable. Includes mappings by elementary functions and complex integrals as well as Cauchy's theorem, power series, and Laurent series.

Topics include the theory of residues, conformal mapping, and applications to physical problems.

A detailed study of how mathematical methods are applied to specific problems in the sciences and engineering fields. Utilizes examples taken from the theories of mechanical vibrations, population dynamics, and flow phenomena.

An introduction to the fundamental concepts of modern algebra. Covers groups, subgroups, quotient groups, homomorphisms, symmetry groups, fundamental properties of rings, integral domains, ideals, and quotient rings.

Covers fundamental concepts of modern algebra. Includes groups, fields, polynomials, geometric constructions, algebraic coding, and boolean algebras.

An introduction to the study of plant diseases. Topics include diseases and disease-causing agents, host-pathogen interaction during disease development, and strategies for disease management. Includes optional, separate laboratory.

Covers fundamentals in the use of laboratory instruments and techniques for the detection, isolation, and identification of representative infectious agents that cause disease in plants.

An intensive introduction to the fundamental physiology and molecular biology of bacteria and viruses. Covers bacterial and viral molecular genetics, an introduction to microbial pathogenesis, and applications of microbiology in modern societies.

Laboratory exercises in diagnostic bacteriology, basic virology, and epidemiology. Includes fundamental quantitative and diagnostic microbiological procedures, basic mechanisms of microbial genetic exchange, and a project examining bacterial epidemiology.

Covers spoilage and preservation of food; food quality and indicator organisms; the role of microorganisms in the production of dairy goods and fermented beverages; food-borne pathogens and microbiological production of toxins; and classical and modern molecular methods for detection of food microorganisms.

Considers viruses as infectious agents of bacteria, plants, and animals (vertebrates and invertebrates). Compares the major groups of viruses with respect to their biological and biochemical properties, molecular and genetic characteristics, and modes of replication.

An intensive introduction to the fundamental physiology and molecular biology of bacteria and viruses. Covers research strategies for examining microbial pathogenic mechanisms.

Introduces the process of performing experimental research in a microbiology laboratory. Teaches skills used in formulating hypotheses, designing experiments, performing laboratory experiments, analyzing data, and preparing and presenting research in written and oral formats. Experimental systems utilized vary from quarter to quarter.

Introduces microbiomes which are the collections of microorganisms that inhabit particular environments or locations and play crucial roles in agriculture, the environment, and human health and disease. Covers fundamental knowledge about microbiomes and experimental strategies to understand and utilize microbiomes to prevent or treat human and plant diseases.

Explores essential roles microbes perform in biogeochemical cycles, directly influencing human, plant, and animal health and disease. Provides important platforms for research and biotechnology. Details the evolutionary history and processes that underlie the critical roles of microbes.

An overview of fungal diversity, morphology, ecology, and societal impacts. Topics include fungal diversity, mushroom identification, fungal culturing, molecular methods, and bioinformatics. Explores impacts of fungi on ecosystem functions such as decomposition and symbiosis as well as on society including art, medicine, poisons, and food.

Explores host responses to viral infections. Presents content that promotes understanding of how viruses interact with innate immune responses of the mammalian host and how these responses impact disease outcomes for better or worse.

An intensive introduction to the fundamental cellular and molecular biology of bacteria and viruses. Covers bacterial and viral molecular genetics, regulation, and physiology as well as an introduction to microbial pathogenesis. Restricted to major(s) in Microbiology.

Laboratory and written exercises in diagnostic bacteriology, basic virology, and epidemiology. Topics include fundamental quantitative and diagnostic microbiological procedures, basic mechanisms of microbial genetic exchange, and a project examining bacterial epidemiology. Restricted to major(s) in Microbiology.

Introduction to nonpathogenic microorganisms in the environment. Topics include an introduction to microbial biology and microbial and metabolic genetic diversity; methods; symbiotic interactions; biofilms; and geomicrobiology and biogeochemistry. Explores life in extreme environments and the effects of the physical and chemical environment on microbes.

Explores the evolution of selfish and selfless behavior. An analysis of the evolutionary forces that create either conflict or cooperation among genes, microorganisms and their hosts, and kin.

Introduces makerspace-based fabrication techniques. Topics include methods of 3D printing, laser cutting, and sewing as well as measurements and design principles for fabrication and navigation of corresponding computer-aided design and slicing software.

Introduces basic machining techniques related to the field of mechanical engineering. Topics include metrology, milling, drilling, turning, and water-jet machining as well as design principles for machining and computer numerical codes.

An introduction to the field of mechanical engineering. Topics include the mechanical engineering profession; machine components; forces in structures and fluids; materials and stresses; thermal and energy systems; machine motion; and machine design.

Introduces the basic physical principles of engineering systems from everyday life such as automobiles, computers, and household appliances. Topics include conservation laws and the physics and chemistry of engineering systems. Does not confer credit towards a degree in the Bourns College of Engineering.

Covers energy conservation, energy sources, market dynamics, and climate change. Addresses cultural, political, and social trends and their impact on the ecosystem. Discusses renewable and nonrenewable energy sources. Technical background not required. Does not confer credit towards a degree in the Bourns College of Engineering.

Introduces to the scientific method for non-science majors. Explores the application of scientific concepts to test the validity of myths and events from news stories, movies, and other popular media. Provides critical reasoning skills necessary to interpret advertiser's product claims, critique information on the World Wide Web, and understand new technologies.

Covers graphical concepts and projective geometry relating to spatial visualization and communication in design. Includes technical sketching, computer-aided design with solid modeling, geometric dimensioning and tolerancing, and an introduction to the engineering design process.

Covers equilibrium of coplanar force systems; analysis of frames and trusses; noncoplanar force systems; friction; and distributed loads.

An introduction to the use of MATLAB in engineering computation. Covers scripts and functions, programming, input/output, and two- and three-dimensional graphing. Introduces data analysis, numerical analysis, and numerical solutions for engineering problems.

Introduces the concepts of computational modeling in mechanical engineering. Topics include formulation of mathematical models to solve problems involving vector analysis, complex numbers, linear algebra, and differential, and integral calculus. Explores analytical and numerical solutions to problems in mechanical engineering.

Introduces basic concepts and applications of thermodynamics relevant to mechanical engineering. Topics include work and energy, the first law of thermodynamics, properties of pure substances, system and control volume analysis, the Carnot cycle, heat and refrigeration cycles, the second law of thermodynamics, entropy, and reversible and irreversible processes.

Topics include the second law of thermodynamics, entropy function, entropy production, analysis of cycles, vapor power systems, gas power systems, refrigeration and heat pump systems, equations of state, thermodynamic property relations, ideal gas mixtures and psychrometrics, multicomponent systems, combustion, and reacting mixtures.

Topics include vector representation of kinematics and kinetics of particles; Newton's laws of motion; force-mass-acceleration, work-energy, and impulse-momentum methods; kinetics of systems of particles and kinematics; and kinetics of rigid bodies.

Topics include mechanics of deformable bodies subjected to axial, torsional, shear, and bending loads; combined stresses; and their applications to the design of structures. Satisfactory(S) or No Credit(N/C) is not available.

Introduces principles of fluid mechanics relevant to mechanical engineering. Topics include shear stresses and viscosity, fluid statics, pressure, forces on submerged surfaces, Bernoulli and mechanical energy equations, control volume approach, mass conservation, momentum and energy equations, the differential approach, turbulent flow in pipes, and lift and drag.

Covers materials classification, atomic structure and interatomic bonding, crystal structure of metals, imperfections in solids, diffusion, mechanical properties of engineering materials, strengthening mechanisms, basic concepts of fracture and fatigue, phase diagrams, ceramics, polymers, and composites.

Introduces the analysis of steady and transient heat conduction, fin and heat generating systems, two-dimensional conduction, internal and external forced convection, natural convection, radiation heat transfer, heat exchangers, and mass transfer.

Covers analytical and numerical methods in heat transfer and fluid mechanics. Topics include heat conduction and convection, gaseous radiation, boiling and condensation, general aspects of phase change, mass transfer principles, multimode heat transfer and the simulation of thermal fields, and the heat transfer process.

Discusses premixed and diffusion flames; fuel-air thermochemistry; combustion-driven engine design and operation; engine cycle analysis; fluid mechanics in engine components; pollutant formation; and gas turbines.

Introduces data analysis and modeling used in engineering through the software package MATLAB. Numerical methods include descriptive and inferential statistics, sampling and bootstrapping, fitting linear and nonlinear models to observed data, interpolation, numerical differentiation and integration, and solution of systems of ordinary differential equations. Final project involves the development and evaluation of a model for an engineering system.

Introduces the modeling and analysis of dynamic systems, emphasizing the common features of mechanical, hydraulic, pneumatic, thermal, electrical, and electromechanical systems. Controls are introduced through state equations, equilibrium, linearization, stability, and time and frequency domain analysis.

Introduces the analysis and design of feedback control systems using classical control methods. Topics include control system terminology, block diagrams, analysis and design of control systems in the time and frequency domains, closed-loop stability, root locus, Bode plots, and an introduction to analysis in state-space.

Covers free and forced vibration of discrete systems with and without damping resonance; matrix methods for multiple degree-of-freedom systems; normal modes, coupling, and normal coordinates; and use of energy methods.

Explores the kinematic analysis of planar mechanisms including linkages, cams, and gear trains. Introduces concepts of multibody dynamics.

Involves design of planar, spherical, and spatial mechanisms using both exact and approximate graphical and analytical techniques. Requires a computer-aided design project.

Introduces hardware, software, sensors, actuators, physical systems models, and control theory in the context of control system implementation. Covers data acquisition (Labview), sensors, actuators, electric circuits and components, semiconductor electronics, logic circuits, signal processing using analog operational amplifiers, programmable logic controllers, and microcontroller programming and interfacing. Uses MATLAB and Simulink.

An introductory study of the fundamentals (thermodynamics and kinetics) controlling microstructural transformations in materials and their application to both liquid-solid and solid-solid transformations. Focuses on the important transformations that ultimately control the microstructures and properties of crystalline solids.

Introduces new concepts of thermodynamics, fluid mechanics, and heat transfer: sychrometry, combustion, one-dimensional compressible flow, and turbomachinery. Integrates the most important concepts of transport of momentum, heat, and mass.

Covers thermodynamics, heat transfer, and fluid mechanics as applied to the examination of the environmental impacts of energy production and conversion. Topics include pollution associated with fossil fuel combustion, environmental impacts of energy use, turbulent transport of pollutants, and principles used in the design of pollution control equipment.

Covers the application of fluid mechanics to flows in the atmosphere and oceans. Topics include hydrostatic balance, Coriolis effects, geostrophic balance, boundary layers, turbulence, tracer and heat transport.

An introduction to the application of the basic conservation laws of mechanics (mass, linear momentum, and energy) to the modeling of complex biological systems. Emphasizes how these concepts can explain and predict life processes.

Covers ship hull form, static and dynamic stability, ship response to waves, grounding and flooding, numerical integration of complex three-dimensional curved shapes and mathematical modeling of curved surfaces. Explores engineering approximations necessary for applications of fundamental principles to complex engineering systems such as ships.

Introduces mathematical representations of the configuration and spatial motion of robotic manipulators based on modern screw theory. Topics include forward, inverse, differential kinematics.

Provides foundational knowledge on analysis, control, and programming of robots. Considers configuration space; rigid body motion; forward, inverse, and velocity kinematics; dynamics; trajectory planning; robot motion control; localization and mapping; and robot ethics. Integrates hands-on labs to program robots in simulation and experimentally by reading and interpreting sensor data.

Motion planning and kinematics topics with an emphasis in geometric reasoning, programming, and matrix computations. Motion planning includes configuration spaces, sensor-based planning, decomposition and sampling methods, and advanced planning algorithms. Kinematics includes reference frames, rotations and displacements, and kinematic motion models.

Covers engine types and their operation. Also addresses engine design and operating parameters, thermochemistry of fuel-air mixture, engine cycles, spark ignition and compressed ignition engines, and emissions.

Covers the fundamentals of MEMS technology including MEMS device design, fabrication, and characterization. Provides hands-on experience in crafting real MEMS devices from initial design to the prototyping stage.

Covers weak form formulation, the Galerkin method and its computational implementation, mesh generation, data visualization, as well as programming finite element codes for practical engineering applications.

Introduces the theory and experimental techniques for testing the mechanical behavior of materials and structures. Covers the fundamental mechanisms of deformation and failure of metals, ceramics, polymers, composite materials, and electronic materials as well as structural design and materials selection.

Topics include failure modes due to overload, fatigue, fracture, and creep. Also addresses statistical analysis, probability of failure, quality assurance, and elements of fracture mechanics.

An overview of the fundamentals of solidification processing. Includes integrated interplay of heat flow, mass transport, and solid/liquid interfacial kinetics during discontinuous change of state from liquid to solid of single phase and polyphase materials.

Covers the principles and practice of measurement and control and the design and implementation of experiments. Topics include dimensional analysis, error analysis, signal-to-noise problems, filtering, data acquisition and data reduction, and statistical analysis. Includes experiments on the use of electronic devices and sensors and practice in technical report writing.

Analysis and verification of engineering theory using laboratory measurements in advanced, project-oriented experiments. Involves fluid flow, heat transfer, structural dynamics, thermodynamic systems, and electromechanical systems.

An introduction to the fundamentals of strength-based design. Topics include deflection and stiffness, static failure, and fatigue failure.

ME 113, ME 116A, ME 170A, ME 174, ME 175A (may be taken concurrently). Outlines the defining of a design problem and the conception and detail of the design solution. Explores design theory, design for safety, reliability, manufacture, and assembly. Graded In Progress (IP) until ME 175B and ME 175C are completed, at which time a final, letter grade is assigned.

Students create, test, and evaluate a prototype based on the project design generated in ME 175B. Lecture topics include prototyping techniques, design verification, and special topics in design. Satisfactory (S) or No Credit (NC) grading is not available.

Introduces concepts of business and management required to convert a technology into a viable business. Topics include technological assessment, market analysis, strategy, decision making, legal and intellectual property issues in business, financial analysis, business ethics and communication. Satisfactory (S) or No Credit (NC) grading is not available

Introduces the principles of sustainable product design. Topics include life cycle design; design for reliability, maintainability, and recycling/reuse/remanufacture; materials selection; and manufacturing processes. Includes project in which students analyze the environmental impact of a product and redesign it to reduce the impact.

Introduces basic principles of optics and lasers, wave equations, interferometry, diffraction, Fourier optics, light-matter interactions, ultrafast and nonlinear optics, and nanophotonics. Frames introductory concepts with experimental design and computer analysis. Includes applications and analytical exercises with microscopy and spectroscopy, smart-phone camera hacks, thin-film and bulk materials characterization, and communication systems.

Covers the historic origins of Materials Science and Engineering (MSE) as well as its role in the modern society and among modern subjects. Provides general overview for typical career paths as well as roles and responsibilities of MSE graduates in various positions with cross references to the current MSE curriculum. Graded Satisfactory (S) or No Credit (NC).

Covers fundamental topics in materials science and engineering, such as materials classification, atomic structure, and interatomic bonding, crystal structures and elements of crystallography, diffusion and mechanical behavior. The laboratory hands on experience complements topics covered during the lectures.

Provides hands-on laboratory experience in topics related to the Structure-Composition-Processing-Performance relationship of ceramics, electronic materials, metals, and polymers. Experiments cover mechanical testing and properties of different materials classes and introduce students to microscopic characterization techniques. Satisfactory(S) or No Credit(N/C) is not available.

Provides hands-on laboratory experience in topics related to the Structure-Composition-Processing-Performance relationship of ceramics, electronic materials, metals, and polymers. Experiments cover materials processing and failure modes of different materials classes. Satisfactory(S) or No Credit(N/C) is not available.

Provides hands-on laboratory experience in topics related to the Structure-Composition-Processing-Performance relationship of ceramics, electronic materials, metals, and polymers. Experiments cover electrical, thermal, optical, and magnetic properties. Introduces composites and the factors that affect its properties and mechanical performance. Satisfactory(S) or No Credit(N/C) is not available.

An introduction to classical and statistical thermodynamics principles of interest to materials scientists and engineering. Explore criteria for equilibrium, reaction and phase equilibria, equations of state, and phase diagrams. Includes applications of thermodynamics in materials processing and phase stability.

Covers basic principles of statics including equilibrium equations and free body diagrams, axial loading, torsion and shear forces, and stresses analysis and principal stresses. Also addresses column stability analysis and buckling as well as practical implications to materials science and engineering problems.

Covers fundamental aspects of heat transfer by conduction, convection, and radiation as well as mass transfer by diffusion. Provides introduction to internal and external flows including laminar and turbulent conditions and boundary layer problems as well as coverage for boiling and condensation.

An introductory study of the fundamentals (thermodynamics and kinetics) controlling microstructural transformations in materials and their application to both liquid-solid and solid-solid transformations. Focuses on the important transformations that ultimately control the microstructures and properties of crystalline solids.

Introduction to the synthesis methods of modern materials. Topics include solid-state reactions, gas-phase and solution phase synthesis, templating methods, synthesis and modification of inorganic polymers, semiconductor thin-film deposition, and the growth of nanomaterials.

Covers progress in cellular and molecular biology and engineering. Provides the basis for advancing tissue repair and regeneration with the goal of restoring compromised tissue functions. Presents methods for cell culture, tissue design and development, manipulation of the cell/tissue microenvironment, and current strategies for functional reconstruction of injured tissues.

Covers the fundamentals of MEMS technology including MEMS device design, fabrication, and characterization. Provides hands-on experience in crafting real MEMS devices from initial design to the prototyping stage.

Introduces the principles of corrosion in metals and alloys. Discusses the relevant elements of electrochemistry, electrochemical corrosion, thermodynamics, and the kinetic aspects of corrosion. Includes projects that provide practical hands-on experience using state-of-the-art computational techniques in materials science.

Topics include failure modes due to overload, fatigue, fracture, and creep. Also addresses statistical analysis, probability of failure, quality assurance, and elements of fracture mechanics.

An overview of the fundamentals of solidification processing. Includes integrated interplay of heat flow, mass transport, and solid/liquid interfacial kinetics during discontinuous change of state from liquid to solid of single phase and polyphase materials.

Explores at an advanced level the quantum mechanical behavior of electron motion and atom vibration in a periodic solid and their effect on the electronic and thermal properties of matter. The course discusses modern materials science research problems.

Introduces a basic understanding of computational methods in materials science. Emphasizes the fundamentals of density functional theory and its use in the solid-state context. Includes projects that provide practical hands-on experience using state-of-the-art computational techniques in materials science.

Covers structure of materials at the nanoscale, including semiconductors, ceramics, metals, and carbon nanotubes. Explores relationships among morphology, properties, and processing. Addresses primary methods of characterization, including scanning electron microscopy, scanning probe microscopy, X-ray diffraction, and transmission electron microscopy. Also covers elementary discussions of X-ray, vibrational, and electron waves in solids and introductory diffraction theory.

Analysis of the surfaces of materials via ion, electron, and photon spectroscopies. Covers Rutherford back scattering; secondary ion mass spectroscopy; electron energy loss spectroscopy; Auger electron spectroscopy; X-ray photoelectron spectroscopy; photoluminescence; extended X-ray absorption fine structure; Fourier transform infrared spectroscopy; Raman spectroscopy; sputtering; high-vacuum generation; and focused ion beam milling.

Covers topics in classical mechanics including Newton's laws of motion in one and two dimensions; gravity; work, energy, and conservation of energy; momentum and collisions; rotational motion; and orbital motion. First part of the course covers the principles of physics underlying the biological and life sciences.

Second part of the introductory course that covers the principles of physics underlying the biological and life sciences. Topics include fluids and fluid flow; thermodynamics; mechanical oscillations; sound and light waves; geometrical optics; reflection; refraction; lens; microscopy; interference; and diffraction.

Third part of an introductory course covering the principles of physics underlying the biological and life sciences. Topics include electromagnetism, quantum physics, and Coulomb's Law. Covers electric field, electrical potential, resistors, capacitors, simple circuits, magnetic forces and Faraday's Law. Also addresses basic quantum physics of light, atoms, and radioactivity.

Honors course corresponding to PHYS 002A. A limited enrollment course covering the principles of physics underlying the biological and life sciences in more depth than in PHYS 002A. Includes topics in classical mechanics; Newton's laws in one and two dimensions; gravity; work, energy, and conservation of energy; momentum and collisions; and rotational motion. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to PHYS 002B. Second part of a limited enrollment course in which the principles of physics underlying the biological and life sciences are covered in more depth than in PHYS 002B. Topics include fluids and fluid flow, thermodynamics, mechanical oscillations, sound and light waves, geometrical optics, reflection, refraction, lens, microscopy; interference and diffraction. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to PHYS 002C. A limited enrollment course covering the principles of physics underlying the biological sciences in more depth than PHYS 002B. Covers electromagnetism and quantum physics. Includes Coulomb's Law, electric field, electrical potential, resistors, capacitors, simple circuits, magnetic forces, and Faraday's Law. Also addresses basic quantum physics of light, atoms, and radioactivity. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to PHYS 02LA. Illustrates the experimental foundations of physics presented in PHYS 02HA. Covers the basic principles of classical mechanics. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to PHYS 02LB. Illustrates the experimental foundations of physics presented in PHYS 02HB. Topics include fluids and fluid flow, thermodynamics, mechanical oscillations, sound and light waves, geometrical optics, reflection, refraction, lens, microscopy, interference, and diffraction. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to PHYS 02LC. Illustrates the experimental foundations of physics presented in PHYS 02HC. Covers electromagnetism and quantum physics. Includes Coulomb's Law, electric field, electrical potential, resistors, capacitors, simple circuits, magnetic forces, and Faraday's Law. Also addresses basic quantum physics of light, atoms, and radioactivity. Satisfactory(S) or No Credit(N/C) is not available.

Illustrates the experimental foundations of physics presented in PHYS 002A. Covers the basic principles of classical mechanics.

Illustrates the experimental foundations of physics presented in PHYS 002B. Topics include fluids and fluid flow; thermodynamics; mechanical oscillations; sound and light waves; geometrical optics; reflection; refraction; lens; microscopy; interference; and diffraction.

Illustrates the experimental foundations of physics presented in PHYS 002C. Topics include electromagnetism, quantum physics, and Coulomb's Law. Covers electric field, electrical potential, resistors, capacitors, simple circuits, magnetic forces, Faraday's Law. Also addresses basic quantum physics of light, atoms, and radioactivity.

An introduction to "The Big Bang" model and its observational tests. Topics include dark energy, dark matter, rapid growth of universe at early times, leftover radiation from "The Big Bang", galaxy formation, bending of light by gravity, black holes, extraterrestrial life, and the likely fate of the universe.

An introduction to violent phenomena that power the universe, specifically phenomena that illustrate basic astrophysical principles. Topics include impacts in our planetary system: explosions of stars, bursts of star formation, galaxy collisions, black holes, quasars, cosmic jets, and the "Big Bang."

A non-mathematical presentation on gravity, understanding of the universe, and how present theories originated. Topics include the ancient Greeks, Galileo, Newton, the speed of light, Einstein's special and general relativity, the lifetimes of stars, supernovas, gravitational waves, the Big Bang, cosmic inflation, and the multiverse.

Discusses the interplay between visual and aural sensory experiences and the physical principles of light and sound. Topics include visual perception and pattern recognition; the color spectrum; optical instruments; anatomy of the camera and the eye; lasers and holography; vibrations and sound waves; acoustics; reverberation; and sound production in speech, music, and high-fidelity audio devices. Involves demonstrations and illustrations.

Surveys the physical basis of modern technology emphasizing electronics and electrical devices. Topics include electro- and magneto-statics and dynamics (xerographic copiers, magnetic levitation, electrical power distribution); communication (radio, TV, computers, tape recorders, CD players); and imaging (cameras, DVD players, x rays, magnetic resonance imaging).

Topics include classical laws of motion, force, energy, electricity and magnetism, properties of matter, atomic structure, waves, sound, light, heat, the Earth, and the solar system and universe. Includes demonstrations and visual illustrations. Not open to students with credit or concurrent enrollment in PHYS 002A or PHYS 02HA or PHYS 002B or PHYS 02HB or PHYS 002C or PHYS 02HC or PHYS 040A or PHYS 040HA or PHYS 040B or PHYS 040HB or PHYS 040C or PHYS 040HC or PHYS 040D or PHYS 040E.

This course covers the essential mathematics for quantum mechanics at the upper-division level. It applies linear algebra finite and infinite dimensional vector spaces. Topics include matrices, linear equations, bases, eigenvectors and eigenvalues, functions as infinite-dimensional vectors, differential operators as matrices, Fourier transforms, and eigenfunctions of common differential operators.

Covers the physics of energy (thermal, kinetic, potential, chemical, nuclear), its storage and use, primary sources of energy (fossil fuel, nuclear, wind, solar) and their relative effects on the environment. Particular emphasis on determining individual carbon footprints, physical models of global climate change and identifying pathways toward a sustainable infrastructure.

An astronomy course for non-science students. The excitement of an evolving and sometimes violent universe of stars and galaxies is explored in a descriptive manner. Here, the union of modern and ancient observations with astrophysical laws will provide a sophisticated but by no means complete picture of the universe. Special topics such as Astrology and Extraterrestrial Life will be discussed.

An introduction to various medical, biological, and commercial aspects of physical DNA science.

Topics include the origin of the Universe, origin of matter, first generation of stars and galaxies, origin of chemical elements, chemistry of life, and astrobiology.

Explores topics in classical mechanics with gravity including Newton's laws of motion; gravity; friction; circular motion; work, energy, and conservation of energy; collisions; rigid-body motion; torque; and angular momentum. Provides laboratory exercises illustrating experimental foundations of physical principles and selected applications. For engineering and physical science majors.

Topics include fluids; mechanical oscillations; sound waves and light waves; ray optics; temperature; heat; kinetic theory of gases; the laws of thermodynamics; and heat engines. Provides laboratory exercises illustrating the experimental foundations of physical principles and selected applications. For engineering and physical science majors.

Covers electromagnetism and a brief introduction to applications-based quantum physics. Topics include electric force, fields, potential; Gauss' law; magnetic fields; Ampere's law; Faraday's law; electromagnetic waves; dc circuits; concept of photon, matter waves, energy levels, and radioactivity. Laboratory exercises illustrate experimental foundations and applications. For engineering and physical science majors.

Topics in electromagnetic waves including Maxwell's equations; geometrical optics; optical instruments, cavities, and waveguides; interference, diffraction, and polarization; and special theory of relativity. Laboratories provide exercises illustrating the experimental foundations of physical principles and selected applications. Credit is not awarded for PHYS 040D if it has already been awarded for PHYS 002C or PHYS 041C.

For engineering and physical sciences students. Covers topics in modern physics including the quantum theory of light and particles; quantum mechanics in one and three dimensions; tunneling phenomena; the hydrogen atom; statistical physics; lasers; molecular structure; and solid state, nuclear, and particle physics. Credit is not awarded for PHYS 040E if it has already been awarded for PHYS 002C or PHYS 02HC or PHYS 041C.

Honors course corresponding to PHYS 040A. Explores topics in classical mechanics with gravity including Newton's laws of motion; gravity; friction; circular motion; work, energy, and conservation of energy; collisions; rigid-body motion; torque; and angular momentum. Provides laboratory exercises illustrating experimental foundations of physical principles and selected applications. For engineering and physical science majors. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to PHYS 040B. Topics include fluids; mechanical oscillations; sound waves and light waves; ray optics; temperature; heat; kinetic theory of gases; the laws of thermodynamics; and heat engines. Provides laboratory exercises illustrating the experimental foundations of physical principles and selected applications. For engineering and physical science majors. Satisfactory(S) or No Credit(N/C) is not available.

Honors course corresponding to PHYS 040C. Covers electromagnetism and a brief introduction to applications-based quantum physics. Topics include electric force, fields, potential; Gauss' law; magnetic fields; Ampere's law; Faraday's law; electromagnetic waves; dc circuits; concept of photon, matter waves, energy levels, and radioactivity. Laboratory exercises illustrate experimental foundations and applications. For engineering and physical science majors. Satisfactory(S) or No Credit(N/C) is not available.

Covers topics in classical mechanics including Newton's laws of motion in one and two dimensions; work, energy, and conservation of energy; momentum and collisions; rotational motion; and orbital motion.

Covers relativity oscillations, mechanical waves, fluids, electrostatics, magnetism, and circuits.

Covers electromagnetism, geometric and wave optics, and modern physics.

Introduces students from different disciplines (physical, biological, engineering, finance, economy, humanities) to data science techniques and applications. Provides background knowledge in data science and prepares for a career in this field. Provides basic knowledge to continue on to more advanced topics in data science and apply it to practical problems.

Covers stellar interiors, radiations, and evolution; the origin of the elements; particle and electromagnetic radiation; pulsars, quasars, and other unusual objects; and galactic structure and cosmology.

Topics include the structure of the Milky Way, the observed properties of galaxies, active galactic nuclei and supermassive black holes, the intergalactic medium, the theory of galaxy formation and evolution, galaxy clusters, and the large scale structure of our universe.

This course covers advanced mathematical for upper division and graduate physics courses. Topics include dimensional analysis, infinite dimensional vector spaces, integral transforms, complex analysis, and the use of Green's functions to solve inhomogeneous differential equations. This course is strongly recommended for students with a focus on theoretical physics.

Explores vector calculus, single-particle motion, oscillations, Lagrangian and Hamiltonian dynamics, central-forces motion, and celestial mechanics.

Topics include dynamics of a system of particles, motion in non-inertial reference systems, dynamics of rigid bodies, coupled oscillations, and special theory of relativity.

Covers thermodynamics and an introduction to statistical mechanics. Topics include states of a model system; entropy and temperature; the Boltzmann distribution and Helmholtz free energy; thermal radiation and the Planck distribution; chemical potential; the ideal gas; Fermi and Bose gasses; and heat and work.