Bachelor of Arts in Physics

at California State University - East Bay USA

The MS in Economics combines a thorough grounding in modern economic theory with training in applied skills, informed by data analysis. It is the integration of all these elements that is powerful and distinctive; students not only master statistical methods and programming but, crucially, learn to interpret findings through the lens of economic theory. The program enables students to identify optimal actions in a variety of contexts, anticipate economic consequences, evaluate the effects of policy changes, understand strategic behavior, and explain and predict market outcomes. Students are prepared for a range of analytical careers through their quantitative skills: an ability to mathematically model and solve complex business and policy problems, as well as an advanced command of statistical tools. They may go on to work in corporate finance and banking, marketing research, consulting, public and non-governmental organization (NGO) administration, research, or teaching. Students declare one (and only one) concentration. The Quantitative Business Modeling concentration permits students to gain exposure to finance, marketing, and business analytics that is valuable in corporate careers, through selected courses in CBE’s business programs. The General Economics concentration is geared to advisory professions, the public sector, or PhD programs.

The Master of Science degree provides students with advanced training in chemistry and the analytical skills needed to process and critique complex chemical information. The program requires a set of core courses encompassing the different disciplines of chemistry. Students may complete the remaining unit requirements with coursework in chemistry or may choose a biochemistry concentration, with the additional coursework in that area. The degree program mainly serves students in four categories: those seeking opportunities in the chemical industry requiring training beyond the baccalaureate level, employed chemists who wish to enhance their career potential, future teachers of high school or community college chemistry, and individuals contemplating more advanced graduate study.

Because of the rapid progress in the fields of chemistry and biochemistry, the department strives to offer a range of courses that cover not only established principles but also recent advances. Through laboratory-based coursework and research opportunities, students are prepared for new developments in experimental methods and instrumentation. They acquire experience reading and analyzing the chemical or biochemical literature in several courses, as well as through a research-based laboratory or computational project (Plan A) or by developing a written literature review (Plan B).

The Communication Department features the integration of theories and criticism with the essential skills for media production, professional engagement, and meaningful research. Graduates will be able to make a positive, professional, and important contribution in communication theory and research, Strategic Communication, Multimedia Journalism, and Communication and Media Studies. Students will study, research and analyze the perspectives that will lead to their becoming inclusive, ethical, and effective leaders and participants in global and local communities. They will acquire skills in critical analysis, speaking, writing, and visual presentations across all media. They will learn about the changing world of today’s and future media as well as the long history of the relationship between communication, self, and society and they will be prepared for a broad array of careers or graduate studies. All undergraduates must complete 32 units in 8 core courses in communication and elect one of three concentrations: Multimedia Journalism emphasizing digital journalism for social justice that converges print, audio, visual, and video; Strategic Communication that converges the study of Advertising, Public Relations and Organizational Communication; and Communication and Media Studies that is designed to give students maximum flexibility in the 21st century job market while providing ample depth for those wishing to pursue graduate study.

Reach your full potential in the field of engineering and - realize the future you envision with an undergraduate degree in Industrial Engineering from California State University, East Bay (CSUEB). As a graduate of CSUEB’s ABET accredited Industrial Engineering degree program you’ll be prepared for a highly rewarding professional career designing, building, and managing state-of-the-art manufacturing and service systems. Industrial Engineers serve an essential need in today’s technical society as the interface between humans and technology. Industrial engineers work to improve the quality and efficiency of the production of goods and delivery of services.

Human Development is an interdisciplinary program that integrates theory and methodology from disciplines such as anthropology, biology, linguistics, psychology, and sociology. The program explores the processes and mechanisms underlying developmental change and stability across the lifespan and the socio-cultural and historical contexts in which development takes place.

The Program’s curriculum aims to develop in students a basic understanding of major research findings and core concepts in human development, the ability to analyze and evaluate theoretical and practical issues in the field, and the skills to apply learning to diverse communities outside the University. The Program strives to create an optimal learning community that values and fosters collaborative learning and dialogue between and among students and faculty from diverse backgrounds.

Anthropology is the multifaceted study of humanity from an evolutionary, historical, and global perspective. Students in anthropology learn about their own culture as well as those of other peoples as they are shaped by biological evolution, ecological constraints, political history, and sociological conditioning. The Department of Anthropology, Geography, and Environmental Studies offers ethnographic, theoretical and methodological courses in five sub-disciplines: biological anthropology, prehistory and archaeology, linguistic anthropology, sociocultural anthropology, and applied anthropology. Regional courses on major populations of the world, especially the heritage cultures of North and South America, and Asia, form an important component of the curriculum. The B.A. degree program bridges the sciences, social sciences, and humanities, preparing students for multidimensional careers. Fundamentally, the study of anthropology cultivates an appreciation of what all humans share, as well as how humans differ across time and space.

At the undergraduate level, students in the B.A. degree program may choose to focus on special interests in two combined sub-disciplines:

• Archaeology and Biological Anthropology emphasize the study of human biology, variation, evolution, and the reconstruction of past ways of life and cultural systems from material remains.
• Socio-Cultural and Applied Anthropology emphasize the study of social and cultural systems of more recent historical and contemporary populations, and the application of anthropological insights into present-day problems.

The Department of Chemistry and Biochemistry provides a strong education in chemistry and biochemistry that prepares its students to function and thrive in society. The department attempts to increase the problem solving and critical thinking skills of all students. Non-science students learn about the scientific and chemical aspects of everyday life that allow them to understand issues related to the environment, energy production, disease prevention, and nutrition. Students of the sciences learn the fundamentals of chemistry that control the interactions of elements and molecules. Building on an understanding of mathematics, physics, and biology, biochemistry majors receive a background in the major disciplines of chemistry including inorganic, analytical, organic, and physical, and take in-depth coursework in biochemistry. Students learn the protocols and techniques for working safely with chemicals and biochemicals. The department recognizes the importance of the pursuit of new knowledge in the development of skilled scientists and productive members of society, and encourages its students to participate in research projects and cooperative educational opportunities.

The Biochemistry, B.A. degree prepares students for employment in biochemistry, biotechnology and related fields. It can also serve as preparation for professional health-related programs such as pharmacy or medicine. The Biochemistry, B.A.: Chemistry Education Concentration is designed for students interested in teaching chemistry at the high school level but also prepares graduates to work as biochemists in industry or government. This program prepares students to enter a single subject credential program.

The Master of Science degree provides students with advanced training in chemistry and the analytical skills needed to process and critique complex chemical information. The program requires a set of core courses encompassing the different disciplines of chemistry. Students may complete the remaining unit requirements with coursework in chemistry or may choose a biochemistry concentration, with the additional coursework in that area. The degree program mainly serves students in four categories: those seeking opportunities in the chemical industry requiring training beyond the baccalaureate level, employed chemists who wish to enhance their career potential, future teachers of high school or community college chemistry, and individuals contemplating more advanced graduate study.

Because of the rapid progress in the fields of chemistry and biochemistry, the department strives to offer a range of courses that cover not only established principles but also recent advances. Through laboratory-based coursework and research opportunities, students are prepared for new developments in experimental methods and instrumentation. They acquire experience reading and analyzing the chemical or biochemical literature in several courses, as well as through a research-based laboratory or computational project (Plan A) or by developing a written literature review (Plan B).

The Master of Arts degree in History is designed to meet the varied needs and interests of students seeking an advanced degree in history. The program educates students in advanced skills in historical research, writing, interpretation and research, and provides opportunities for training in teaching and public history. Four areas of concentration permit students to plan their coursework to best suit their goals within the overall program requirements and the range of courses offered. The program includes graduate course offerings in historical research and historiography, a  portfolio course, reading seminars, graduate elective units, a scholarly practicum, and a culminating master’s experience. Elective units may be taken in other fields with the approval of the History Graduate Coordinator. The Master’s culminating experience may be a university thesis, examinations in major and minor fields, a public history project or a graduate teaching project, depending on the concentration chosen. Because the majority of students in the master’s program are employed full-time during the day, graduate courses are offered in the evening, usually on a one-night-a-week basis, in fall and spring semesters. This schedule allows students time to complete regular assignments, carry on research, and make regular progress toward the M.A. degree.

Biology is concerned with living matter in all its forms, responses, and interactions. It deals with the study of anything that has been or is alive: microbes, fungi, plants, “protists” and all animals, including humans. The science of biology includes a large number of highly integrated sub-disciplines such as microbiology, genetics, molecular biology, ecology, evolutionary biology, physiology, systematics, and behavior. Biologists must draw upon a wide variety of academic disciplines to make observations and form conclusions, and well-trained biologists have solid backgrounds in chemistry, mathematics, computer science, statistics, physics, and the humanities, as required by graduate programs and professional schools, to meet the demands of professions in the life sciences.