BS Molecular & Cell Biology

4 Years On Campus Bachelors Program

University of California Berkeley

Program Overview

The Molecular and Cell Biology, B.A. at UC Berkeley explores how living systems work at the molecular and cellular level, giving students a strong foundation in biochemistry, molecular biology, genetics, cell biology, microbiology, immunology, and related fields. It is a strong fit for students interested in biotechnology, biomedical research, healthcare professions, or advanced study, with opportunities to specialize through areas such as Biochemistry, Biophysics & Structural Biology; Cell Biology, Development & Physiology; Genetics, Genomics, Evolution & Development; Immunology & Molecular Medicine; and Molecular Therapeutics.

Curriculum Structure:

Year 1:

Students build their scientific foundation through mathematics, chemistry, biology, and physics. Courses such as Math 10A – Methods of Mathematics: Calculus, Statistics, and Combinatorics, Chemistry 1A/1AL – General Chemistry and Lab, and Biology 1A/1AL – General Biology and Lab introduce the quantitative and experimental skills needed for advanced molecular and cellular biology.

Year 2:

Students continue strengthening their foundation with Chemistry 3A/3AL and 3B/3BL – Organic Chemistry and Lab, Physics 8A/8B – Calculus-based Physics, and Biology 1B – General Biology. This stage develops a deeper understanding of the chemical, physical, and biological principles that underpin cellular processes.

Year 3:

Students begin advanced Molecular and Cell Biology coursework and choose an emphasis and track that shapes their upper-division studies. Courses can include MCB 102 – Survey of Biochemistry and Molecular Biology, MCB 104 – Genetics, Genomics & Cell Biology, and MCB C100A – Biophysical Chemistry, allowing students to explore biomolecules, genetic processes, cellular organization, and the physical principles of life.

Year 4:

Students complete advanced core courses, specialized electives, and laboratory or research experiences within their chosen area. Options include courses such as MCB 110 – Molecular Biology: Macromolecular Synthesis and Cellular Function, MCB C130 – Cell Biology: From Discovery to Disease, and MCB 133L – Cell Biology & Physiology Laboratory, providing opportunities to connect molecular mechanisms with disease, physiology, and modern laboratory science.

Focus Areas:

Biochemistry, biophysics and structural biology, cell biology, development and physiology, genetics, genomics, evolution and development, immunology and molecular medicine, molecular therapeutics, molecular biology, microbiology, bioinformatics, biomedical research.

Learning Outcomes:

Students develop an understanding of biological organization from molecules to ecosystems, recognize the chemical, physical and mathematical foundations of biology, apply the scientific method, communicate scientific ideas and data, evaluate data and design experiments, and develop advanced knowledge in a specialized area of molecular and cell biology.

Professional Alignment (Accreditation):

The MCB B.A. is an academic undergraduate degree rather than a separately licensed professional degree, so the department does not list a program-specific professional accreditation. The curriculum can provide preparation for health-professional programs such as medicine, dentistry, optometry and pharmacy, as well as graduate study, biotechnology, academic research, teaching and other science-related careers.

Reputation (Employability & Outcomes):

UC Berkeley's MCB department reports that over 70% of MCB students work in a laboratory to gain scientific research experience. The department's 2014–2024 alumni data also shows that, among 303 responding B.A. alumni, 45.9% entered further training or education immediately after graduation, while 54.1% entered paid employment without immediately pursuing further training; reported initial destinations included research, graduate programs, medical school, biotechnology and healthcare.

Experiential Learning (Research, Projects, Internships etc.)

UC Berkeley’s Molecular and Cell Biology (MCB) program gives students substantial opportunities to move beyond classroom learning and gain hands-on experience in research laboratories. Students can work with MCB faculty on independent research, earn academic credit through dedicated research courses, and develop skills in experimental design, data analysis, scientific communication, and laboratory research. The department also provides access to specialized research infrastructure spanning molecular analysis, imaging, genomics, cell culture, and therapeutic discovery.

Students can build this practical experience through several Berkeley-specific opportunities:

Independent laboratory research: More than 40% of MCB majors work in a research laboratory. Undergraduates can conduct independent projects under an MCB faculty sponsor and may earn academic credit through MCB 99/199 – Supervised Independent Study and Research or MCB 191 – Senior Research Thesis.
Research presentations: Students conducting independent research can present their work through progress reports, poster presentations, and laboratory meetings; Honors students can also present at an Honors Symposium.
Genomics and DNA analysis: Berkeley's research facilities include a DNA Sequencing Facility offering Sanger and Nanopore sequencing, as well as a Functional Genomics Laboratory focused on large-scale gene-expression and genetic profiling.
Advanced imaging: Students working in relevant research environments can benefit from facilities such as the Molecular Imaging Center, Biological Imaging Facility, and Electron Microscope Lab, with technologies including confocal, super-resolution, light-sheet, TEM and SEM imaging.
Cell and tissue research: The QB3 Cell & Tissue Analysis Facility provides cell-culture equipment and instrumentation including flow cytometry, automated epifluorescence, confocal and multiphoton imaging.
Protein and molecular analysis: The QB3 MacroLab supports automated gene cloning, protein expression, protein purification and crystallography, while Berkeley's proteomics and mass-spectrometry facilities support protein analysis and experimental design.
Molecular therapeutics: The Molecular Therapeutics Initiative combines biology, chemistry, computation and drug discovery, with access to screening, medicinal chemistry, ADME/PK and translational expertise, including the UC Berkeley Drug Discovery Center's large compound library.
Research programs and internships: MCB students can explore structured opportunities such as the University Research Apprenticeship Program, Summer Undergraduate Research Program, Summer Undergraduate Research Fellowships, Biology Fellows Program, UC LEADS and Amgen Scholars Program. The department also lists off-campus research opportunities through institutions such as CHORI and UCSF.
Bioinformatics and computational research: MCB research and training include computational approaches alongside molecular biology, with the department's facilities supporting data analysis and visualization in areas such as high-throughput screening and functional genomics.
Research library resources: Students looking for laboratory positions are directed to the Biosciences Library in VLSB to explore faculty publications and research interests before approaching potential research mentors.

Progression & Future Opportunities

Molecular and Cell Biology, B.A. at UC Berkeley, the department’s alumni data shows graduates moving into research, biotechnology, healthcare, medical school, and further graduate education. Recent MCB alumni profiles include roles such as Biologist at Eli Lilly, Research Associate at MIT, Senior Research Associate at Metagenomi, and Computational Biologist at Memorial Sloan Kettering Cancer Center.

Typical career roles: Research Associate, Biologist, Computational Biologist, Biotechnology Research Professional.

Key opportunities that can support students' transition into careers include:

Career support: Berkeley Career Engagement provides one-to-one career appointments covering career exploration, internship and job-search strategies, resume and cover-letter reviews, interview preparation, and graduate-school planning. Students can also access Handshake for jobs, internships, employer events, and on-campus recruiting.
MCB career outcomes: Among 303 MCB B.A. alumni responding to the department's 2014–2024 outcomes data, 45.9% entered further training or education immediately after graduation, while 54.1% entered paid employment. The department reports initial destinations including research, MS/PhD programs, medical school, biotechnology, and healthcare.
Salary information: UC Berkeley's MCB department does not publish a current B.A.-specific average starting salary on its official career-outcomes page, so a program-specific salary figure should not be assumed. Berkeley Career Engagement notes that internship compensation varies by experience, skills, employer, position, and location.
University–industry connections: The MCB Industrial Affiliates Program builds relationships with biotechnology companies, giving industry partners opportunities to recruit Berkeley students and participate in research exchange, seminars, recruitment events, and customized visits to faculty laboratories.
Real employer destinations: MCB alumni profiles document graduates working with organizations including Eli Lilly, Genentech, Metagenomi, Memorial Sloan Kettering Cancer Center, MIT, and UCSF, illustrating the range of research, biotechnology, and healthcare pathways available after the degree.
Internship and employment access: Berkeley Career Engagement provides internship searches through Handshake, the Berkeley Discovery Opportunities Database, and Parker Dewey Micro-Internships, alongside career fairs and on-campus recruiting.
Accreditation value: The MCB B.A. is an academic undergraduate degree rather than a separately licensed professional degree. UC Berkeley's institutional accreditation was reaffirmed by WSCUC in 2025 for ten years, providing institutional accreditation for the university and its academic programs.
Graduation outcomes: MCB alumni outcomes demonstrate that graduates pursue both employment and further education, with current alumni represented in biotechnology, research, medicine, graduate study, healthcare, and computational biology.

Further Academic Progression:
The MCB B.A. provides a foundation for M.A., M.S., and Ph.D. programs in biosciences and bioengineering, as well as professional programs in medicine, pharmacy, dentistry, optometry, and public health. Berkeley's MCB department specifically identifies graduate school and health-professional programs as established pathways for its undergraduate students.