Biochemistry B.S.

Biochemistry at UVM is strongly research-oriented, with the university describing the research laboratory as an important part of the undergraduate experience. Students can work as part of research teams with faculty members, graduate students and senior researchers, while dedicated laboratory courses introduce techniques used in biomedical research and advanced biochemical investigation.

Students can gain practical experience through:

• BIOC 3007 Biochemistry Lab: Students learn biochemical tools including spectrometry, chromatography and electrophoresis, along with natural and recombinant enzyme isolation, DNA-modifying enzyme assays and computer-based structure/function exercises.

• BIOC 3030 Adv Biochem Lab: Protein CURE: This course-based undergraduate research experience has students investigate a biological question connected to a specific protein, develop a hypothesis and test it experimentally at the laboratory bench.

• Undergraduate Research: Students can undertake individual or small-team research projects under faculty supervision through courses such as BIOC 3995 Undergraduate Research and related research options in Chemistry and Microbiology & Molecular Genetics.

• Research fellowships: UVM states that undergraduate biochemistry students can apply for paid summer research fellowships, giving students an opportunity to spend substantial time working on scientific research.

• Research teams: Undergraduate researchers work alongside faculty, graduate students and senior researchers, gaining experience with the collaborative nature of scientific research.

• Chemistry instrumentation: UVM's chemistry facilities include high-field NMR spectrometers, LC-MS, GC-MS and high-resolution LCMS equipment, with undergraduate students able to use the NMR facilities when conducting research and after appropriate training.

• Biology research equipment: UVM Biology facilities provide access to equipment including high-pressure liquid chromatography, fluorometers, gel scanners, spectrophotometers, microscopes, mass spectrometers, cell-culture facilities, ultracentrifuges and lyophilizers.

• Internships: The catalogue includes BIOC 1991 Internship and BIOC 3991 Internship, providing supervised on-site work experience combined with a structured academic learning plan for academic credit.

• Independent study: BIOC 3993 Independent Study allows students to undertake faculty-supervised study outside the traditional classroom or laboratory environment.

• Senior research and communication: Students can complete BIOC 4084 Biochemistry Senior Seminar, involving oral and written presentation of a current biochemical topic, or complete BIOC 4996 Honors under faculty supervision.

• Interdisciplinary research environment: The programme draws on resources across the College of Agriculture and Life Sciences, College of Arts and Sciences and UVM's medical and biomedical research environment.

The Biochemistry B.S. prepares students for direct entry into areas such as biotechnology and laboratory science while also providing a strong foundation for graduate and professional education. UVM reports that recent Biochemistry graduates have moved into the biotechnology industry, graduate school and medical school, with alumni examples demonstrating progression into research and medical-technology careers.

Typical career directions include biotechnologist, biomedical scientist, research scientist and laboratory technician:

• Career Center support: UVM's Career Center provides career advising, Handshake-based internship and job resources, Interest Groups and UVM Connect networking opportunities that connect students with alumni, employers and career resources.

• Health-professions support: Students considering medicine and other healthcare professions can use UVM's Health Professions Interest Group and Handshake's Health Professions Collection to connect with healthcare employers, events and work opportunities.

• Employment outcomes: UVM reports that 94% of recent graduates are employed or continuing their education within six months. For the College of Agriculture and Life Sciences, the Class of 2025 reported a 96% success rate, with 63% employed and 32% continuing education; for the College of Arts and Sciences, the success rate was 94%, with 65% employed and 28% continuing education.

• Experiential career preparation: CALS graduates reported an average of two or more experiential-learning opportunities, with 69.1% participating in an internship or field experience and 45.6% participating in research in the Class of 2025 outcomes data.

• Graduate employment examples: UVM's official Biochemistry and Chemistry pages identify alumni working in biotechnology, biomedical research and laboratory positions. One recent Biochemistry alumnus is identified as a Laboratory Technician at Unilever, while another is a Senior Scientist II at Becton Dickinson, working on early-stage healthcare technology research and cancer diagnostics.

• Industry connections: UVM's research and innovation ecosystem supports relationships between university research and companies through UVM Innovations, which facilitates licensing, partnerships, sponsored research and other routes for commercialising university technologies.

• Professional accreditation value: The undergraduate Biochemistry programme is accredited by the American Society for Biochemistry and Molecular Biology, providing an external professional quality framework for the programme.

• Research progression: UVM's Biochemistry programme encourages undergraduate research and provides pathways into advanced study in biochemistry and related fields, with graduates reported at institutions including Harvard, Cornell, UC Davis and other universities.

• Career outcomes: UVM's official programme page identifies careers including analytical chemist, biomedical scientist, biotechnologist, forensic scientist, laboratory technician, pharmaceutical chemist, research scientist and toxicologist, alongside professional and academic pathways.

• Salary figures: UVM's official Biochemistry programme and career-outcomes pages do not publish a programme-specific graduate salary figure. Therefore, no salary figure is presented here as a UVM Biochemistry graduate salary.

Further Academic Progression:
Graduates can continue into UVM's Biochemistry M.S., Biochemistry Ph.D., or Cellular, Molecular and Biomedical Sciences M.S./Ph.D. pathways, depending on their interests. The B.S. also provides preparation for professional schools, particularly medicine and other health-related fields, while research-focused students can use their undergraduate research experience as a foundation for master's or doctoral-level scientific research.