COURSE CURRICULUM

The graduate Chemistry program at California State University, Sacramento requires a total of 30 units and is designed to provide specialized knowledge along with strong research experience in biochemistry and related fields. The required coursework totals 11 units and includes key subjects such as research methods in chemistry, protein biochemistry, and nucleic acid chemistry, which build a solid foundation in modern biochemical science. In addition, students participate in a seminar series over four semesters, helping them stay engaged with current research developments and strengthen their scientific communication skills.Students must complete 9 units of elective courses, allowing them to tailor their studies according to their interests. Available options include areas such as spectrometric analysis, physical organic chemistry, computational chemistry, synthetic chemistry, applied chemistry, and biochemistry of aging. This flexibility enables students to develop expertise in both theoretical and applied aspects of chemistry.The program also includes 10 units of completion requirements, which emphasize hands-on research and practical application. Students undertake 6 units of “Special Problems,” involving supervised research or independent study, and complete a 4-unit culminating experience. This final component typically involves a research-based project that demonstrates the student’s ability to apply advanced chemical knowledge and research skills. Overall, the curriculum combines rigorous academics with practical research training, preparing graduates for careers in industry, education, or further doctoral study.The Master of Science in Geology at California State University, Sacramento requires between 30 and 36 units, combining core courses, electives, and a culminating requirement based on the student’s chosen track. The program begins with 9 units of required core coursework, which provide a strong foundation in research and analytical skills. These include a graduate research methods seminar, quantitative and numerical research methods, and regional geology of the western United States, all of which prepare students for advanced study and professional practice.Students then complete 15 to 21 units of graduate electives, allowing them to specialize in areas such as hydrogeology, geophysics, tectonics, geochemistry, climate history, or remote sensing. These courses include a mix of seminars and advanced topics that help students deepen their knowledge and gain expertise in specific geological fields. The flexible elective structure enables students to align their studies with their career goals or research interests.The program concludes with one of two culminating options. In Plan A (thesis option), students complete a master’s thesis involving original research under faculty supervision, contributing new knowledge to the field. In Plan B (non-thesis option), students take a comprehensive examination that assesses their overall understanding of geology. Overall, the curriculum is designed to provide both theoretical knowledge and practical research experience, preparing graduates for careers in industry, government, or further doctoral study.