Bachelor of science degree in biochemistry and chemical biology (BCB)

The B.S. in Biochemistry and Chemical Biology at Vanderbilt University gives students the chance to gain practical experience by working directly with researchers and using advanced scientific facilities. Students can take part in independent laboratory research, learn how to design and conduct experiments, analyze scientific results and communicate their findings through reports, presentations and research projects. The program also connects students with Vanderbilt's broader research environment, where they can gain exposure to techniques and equipment used in areas such as mass spectrometry, structural biology, NMR, spectroscopy and molecular research.

Students can develop practical skills through a range of research and laboratory opportunities:

• BCB 3201 Independent Laboratory Research: Students conduct original research in a Vanderbilt biochemistry or chemical biology laboratory. They develop research questions, design experiments, carry out laboratory work, interpret results and prepare scientific writing based on their research.

• BCB 4965 Advanced Integrated Laboratory: This advanced laboratory course provides students with additional practical experience and allows them to bring together concepts from chemistry, biology and chemical biology through laboratory-based work.

• Immersion experience: Experiential learning is built into the BCB curriculum through the Immersion requirement. Students can use independent research and advanced laboratory work to complete a substantial project and demonstrate what they have learned through scientific reports, presentations or posters.

• Honors research: Students in the BCB Honors Program can complete several semesters of research for academic credit, beginning with BCB 3201 and continuing with honors research. This allows students to develop deeper expertise while working within a research laboratory.

• Faculty research laboratories: Students can become involved in active research covering areas such as bioanalytical chemistry, chemical synthesis, biochemistry, biophysics, molecular biology, cellular biology and nanomaterials.

• Mass Spectrometry Research Center: Students can benefit from Vanderbilt's advanced mass spectrometry environment, including resources for proteomics, imaging mass spectrometry, tissue analysis, biomolecular imaging and bioinformatics.

• Center for Structural Biology: The center provides access to research techniques and equipment including X-ray crystallography, electron microscopy, NMR, fluorimetry, circular dichroism, calorimetry and light-scattering technologies, helping students investigate the structure and behavior of biological molecules.

• NMR and chemistry facilities: Vanderbilt's chemistry research facilities include Biomolecular NMR and Small Molecule NMR resources, along with X-ray diffraction and computational facilities that support chemical and biological research.

• Vanderbilt Institute of Chemical Biology: Students can benefit from an interdisciplinary research environment that brings chemistry and biology together to investigate important biological and biomedical problems.

• Undergraduate research programs: Students can explore research opportunities through programs such as the NSF Research Experience for Undergraduates, Beckman Scholars Program, MARC Program and START Program.

• Summer research opportunities: Students can participate in summer research programs both at Vanderbilt and at other institutions. These experiences can provide extended time to work on research projects and may include stipends and other forms of support.

• Scientific communication: Students involved in research develop experience communicating scientific findings through journal-style reports, research presentations and poster presentations.

• Research techniques and tools: Through Vanderbilt's research environment, students can gain exposure to techniques involving chemical synthesis, bioanalytical methods, spectroscopy, mass spectrometry, structural biology, molecular biology and biophysical analysis.

The B.S. in Biochemistry and Chemical Biology at Vanderbilt University gives students a strong foundation for careers in biomedical research, biotechnology, pharmaceuticals, healthcare and other scientific fields. The combination of chemistry, biology, laboratory research and quantitative skills also prepares students for further study in areas such as medicine, biochemistry, chemical biology and related life sciences.

Typical job roles: Biochemist, Chemical Biology Researcher, Laboratory Scientist, Research and Development Scientist

The degree also offers several ways for students to build experience and prepare for their long-term careers:

• Career support: Vanderbilt's Career Advancement and Engagement team provides career guidance, networking opportunities, internship support and connections with employers. Students can also receive support when exploring graduate study, fellowships, entrepreneurship and other professional opportunities.

• Research experience: Students can complete BCB 3201 Independent Laboratory Research, gaining practical experience in defining research questions, designing experiments, conducting laboratory work, analyzing results and communicating scientific findings.

• Industry and research connections: The interdisciplinary nature of the BCB program connects students with research at the intersection of chemistry and biology. Areas include bioanalytical chemistry, chemical synthesis, biochemistry, biophysics, nanomaterials and molecular and cellular biology.

• Summer research opportunities: Students can pursue opportunities such as the Vanderbilt Undergraduate Summer Research Program and research experiences in chemical biology. These programs allow students to spend an extended period working on research projects and developing practical scientific skills.

• Employment outcomes: Vanderbilt reports that 93% of its 2024 graduates were employed or enrolled in graduate school within six months, with a mean starting salary of $85,000.

• College of Arts and Science outcomes: Among Vanderbilt's College of Arts and Science Class of 2024, 90% of graduates were employed or enrolled in graduate school within six months. Of those who continued to graduate school, 84% were accepted into their first- or second-choice program.

• Health and professional pathways: The strong chemistry and biology foundation can support students preparing for medical and other health-professional programs. Vanderbilt reports that 69.3% of its first-time medical-school applicants were accepted in 2024, compared with a 46% national rate.

• Long-term professional value: The B.S. in Biochemistry and Chemical Biology is an academic science degree and does not have a specific professional accreditation such as ABET. However, its combination of chemistry, biology, quantitative training and laboratory research can provide valuable preparation for long-term careers in biotechnology, pharmaceuticals, biomedical research and related scientific areas.

• Graduation outcomes: Vanderbilt students from chemistry and related biological science fields have progressed into graduate and professional programs as well as careers in industry, research and development, healthcare, consulting, technology and education. Research experience gained during the BCB degree can also help students build a strong profile for competitive postgraduate opportunities.

Further Academic Progression: After completing the B.S. in Biochemistry and Chemical Biology, students can continue into Ph.D. programs in biochemistry, chemical biology, chemistry, molecular biology and related life sciences. They can also pursue medical, dental, pharmacy and other health-professional programs, or undertake specialized master's or doctoral study in areas such as biotechnology, drug discovery, biomedical science and advanced laboratory research.