BA in Molecular Biology and Biochemistry

4 Years On Campus Bachelors Program

Rutgers University Newark

Program Overview

The B.A. in Molecular Biology and Biochemistry at Rutgers University integrates traditional and modern biochemistry with molecular biology, giving students a strong foundation for understanding how molecular processes control cells, organisms, and disease. It is particularly suited to students interested in biomedical research, medicine and other health professions, biotechnology, pharmaceuticals, and other science-focused careers, with advanced topics including aging, proteomics, epigenomics, cancer, and human developmental diseases.

Curriculum Structure

Year 1 – Building the Life Sciences Foundation:
Students begin with the Life Sciences Core, establishing their foundation in biology, chemistry, mathematics, and the wider liberal-arts curriculum. Key courses include 01:119:115 General Biology, 01:119:116 General Biology, and 01:160:161 General Chemistry, with General Chemistry intentionally placed in the first year so students can progress to Organic Chemistry in the second year.

Year 2 – Developing Chemistry and Research Skills:
The second year moves toward the chemistry and biological knowledge needed for advanced MBB study, including Organic Chemistry and the introductory research sequence. Students can take 01:694:315 Introduction to Molecular Biology and Biochemistry Research, while the suggested timetable also begins the transition into upper-level MBB preparation through chemistry, physics, and related Life Sciences Core requirements.

Year 3 – Advanced Molecular Biology and Biochemistry:
The third year is where students enter the central MBB curriculum through 01:694:407 Molecular Biology and Biochemistry and 01:694:408 Molecular Biology and Biochemistry, developing a deeper understanding of biochemical and molecular processes. Students also take 01:694:383 MBB Seminar: Careers in Science, which introduces career options and helps students identify a laboratory for their independent research, while beginning substantial faculty-supervised research.

Year 4 – Research, Specialization, and Scientific Communication:
In the final year, students continue advanced independent research and complete 01:694:484 MBB Seminar: Research Presentations, a capstone in which students present their research orally and through a poster. Depending on their interests, students can follow the broad Electives Option or the P-Chem Option, with the latter adding Physical Chemistry and Multivariable Calculus for students interested in physical biosciences and research.

Focus areas:

Molecular biology, biochemistry, protein structure and function, molecular genetics, cell biology, chromatin, RNA processing, DNA replication, protein folding, molecular recognition, signal transduction, cell cycle regulation, cell death and development, aging, proteomics, epigenomics, cancer biology, human developmental diseases, computational biology

Learning outcomes:

Students develop the knowledge needed to begin biomedical research and pursue postgraduate study, learn to locate and evaluate information about biological systems and problems, design experiments and critically analyze data, and communicate research findings through scientific papers, seminars, and poster presentations.

Professional alignment (accreditation):

The official Rutgers MBB sources do not identify a separate professional accreditation for the B.A. in Molecular Biology and Biochemistry. Instead, the department emphasizes preparation for biomedical research, professional health schools, and science-based industries such as biotechnology and pharmaceuticals.

Reputation (employability rankings):

Rutgers reports strong university-wide employment indicators rather than a program-specific employability ranking: its official profile reports a $70,000 year-one median starting salary, 9 in 10 students gaining internship/professional experience, and nearly 90% of graduates six months after graduation being employed, continuing education, serving in the military, or participating in a service program. Rutgers also cites a #16 ranking among public universities in the nation for graduate employability from Times Higher Education; these are university-level figures and should not be treated as MBB-specific outcomes.

Experiential Learning (Research, Projects, Internships etc.)

Research is not simply an optional addition to the Rutgers MBB major—it is built into the curriculum. Every MBB undergraduate completes an independent research project with a faculty advisor, and students are encouraged to begin during their sophomore or junior years and continue through multiple semesters and summers; Rutgers notes that some students accumulate more than 1,000 or even 2,000 hours of research experience.

Students can conduct research across Rutgers laboratories and health-science facilities, including the Department of Molecular Biology and Biochemistry, Waksman Institute, Center for Advanced Biotechnology and Medicine, Cancer Institute of New Jersey, Robert Wood Johnson Medical School, and other life-science departments and centers. Modern computational and experimental methods are also incorporated into the curriculum, including Python and R programming, bioinformatics analysis, DNA and RNA sequence analysis, and research conducted through Canvas-supported coursework:

Independent undergraduate research: Students must complete at least 6 credits of independent research, with the department recommending 12 or more credits; laboratory options include 01:694:381/382 Undergraduate Laboratory Research and 01:694:481/482 Advanced Undergraduate Laboratory Research.
Extended research experience: Rutgers describes MBB research projects as potentially spanning 4–6 semesters, including summer research, allowing students to develop sustained expertise rather than completing only a short laboratory project.
Research writing and communication: 01:694:385 MBB Undergraduate Laboratory Research & Writing combines laboratory research with a weekly seminar focused on writing and communication in the sciences.
Computational biology: 01:694:390 Introductory Computational Biology provides hands-on experience with Unix and cloud file management, R, Python, DNA mutation mapping, RNA-seq analysis, and ChIP-seq analysis, with assignments and a final project based on real-world research questions.
Scientific presentations: 01:694:484 MBB Seminar: Research Presentations requires students to present their independent research through oral and poster presentations.
Honors research: Students pursuing departmental honors can complete Honors Undergraduate Laboratory Research, a senior honors thesis, oral presentation, and thesis defense.
Research facilities: MBB faculty conduct research in Nelson Laboratories, Waksman Institute, the Center for Advanced Biotechnology and Medicine, Hill Center, and the Cancer Institute of New Jersey.
Cross-disciplinary research: Students may conduct research with faculty in MBB, Cell Biology and Neuroscience, Genetics, Biology, Chemistry, Biomedical Engineering, Robert Wood Johnson Medical School, the School of Environmental and Biological Sciences, School of Pharmacy, and health institutes and centers.
Research dissemination: Rutgers reports that many MBB students have presented their research at scientific meetings and that some undergraduate research has resulted in publications in peer-reviewed scientific journals.
Career-focused seminars: 01:694:383 MBB Seminar: Careers in Science brings guest lecturers covering graduate school, MD-PhD pathways, pharmaceutical research, biotechnology, public health policy, patent law, scientific writing, and alternative science careers.

Progression & Future Opportunities

The Rutgers MBB major is designed to keep several pathways open after graduation, including graduate study in molecular biology, biochemistry and related fields, professional health programs, and employment in biotechnology and pharmaceutical industries. The department also reports that many students have progressed to graduate programs at institutions such as Stanford, Harvard, MIT, UCSF, the University of Pennsylvania, USC, and Rutgers, while others have entered medical school or research positions at organizations including Merck.

Typical career directions include Biochemist, Molecular Biologist, Biological Scientist, Clinical Research Specialist, with other possibilities spanning biotechnology, pharmaceuticals, public health, scientific communication, government, and research.

Students can build their professional progression through these Rutgers opportunities:

Career preparation within the major: The required MBB Seminar: Careers in Science introduces students to career paths in pharmaceutical research, biotechnology, public health policy, scientific writing, patent law, graduate research, and MD-PhD pathways.
Research mentoring: Every MBB research student works with a faculty research mentor, and mentors can advise students about opportunities that support their career goals.
Research-to-career experience: Rutgers Career Services' MBB career information identifies pathways across pharmaceutical, biotechnology, chemical, government, healthcare, and research organizations. Examples of organizations associated with Rutgers MBB graduates include Merck, the National Institutes of Health, New York Genome Center, Mount Sinai, and Rutgers University.
Employer access: Rutgers states that hundreds of employers work with the university to recruit graduates and that Rutgers career fairs attract hundreds of employers.
Employment and salary figures: Rutgers reports a $70,000 year-one median starting salary and nearly 90% of graduates six months after graduation being employed, continuing education, serving in the military, or participating in a service program. These figures are university-wide and are not specifically reported for MBB graduates.
MBB-specific graduate destinations: Rutgers reports MBB graduates progressing to graduate schools including Stanford, Harvard, MIT, UCSF, University of Pennsylvania, USC, and Rutgers, as well as medical schools and research positions at Merck and other companies.
Industry and research connections: The department's research ecosystem spans Rutgers laboratories, health-science institutions, the Cancer Institute of New Jersey, Robert Wood Johnson Medical School, the Center for Advanced Biotechnology and Medicine, and the Waksman Institute. The official MBB sources do not identify a specific formal industry partnership attached exclusively to the undergraduate major, so no specific partnership is claimed here.
Long-term value: The major's combination of advanced molecular biology and biochemistry coursework, substantial independent research, scientific communication, and exposure to biomedical research provides preparation for both employment and postgraduate pathways.
Professional development through research: Students can graduate with research reports, oral and poster presentations, and potentially peer-reviewed publications, giving them tangible evidence of scientific research experience for further study or employment.

Further Academic Progression: Graduates can continue into M.S. or Ph.D. programs in molecular biology, biochemistry, biomedical sciences and related fields, or pursue professional education in medicine and other health professions. Rutgers' MBB curriculum is specifically structured to provide the scientific knowledge, research experience, experimental design skills, data analysis, and scientific communication needed for these postgraduate routes.