Structural Biology and Biophysics (BS)

4 Years On Campus Bachelors Program

University of Connecticut

Program Overview

The BS in Structural Biology and Biophysics at the University of Connecticut is designed for students who want to understand the chemical and physical principles behind biological molecules, including proteins, DNA, RNA and viruses. The interdisciplinary curriculum combines biology, chemistry, physics, mathematics, biochemistry and biophysical chemistry, making it particularly suited to students interested in biotechnology, biomedical research, pharmacology, medicine and graduate-level scientific study.

Curriculum Structure

First Year: Students establish the scientific foundation needed for the major through courses such as CHEM 1127Q: General Chemistry I, MATH 1131Q: Calculus I and BIOL 1107: Principles of Biology I. They continue this preparation with General Chemistry II, Calculus II and the required physics sequence, developing the mathematical and physical-science background needed for later molecular studies.

Second Year: Students progress into more specialized science through CHEM 2445: Organic Chemistry Laboratory and MCB 3010: Biochemistry, or the combination of MCB 2000: Introduction to Biochemistry and MCB 4026W: Advanced Biochemistry Laboratory. Recommended subjects such as MCB 2210: Cell Biology, MCB 2410: Genetics and MCB 2610: Fundamentals of Microbiology can broaden their understanding of cellular and molecular systems.

Third Year: The program moves strongly into biophysical science with MCB 3003: Biophysical Chemistry I, MCB 3004: Biophysical Chemistry II and advanced mathematics such as MATH 2110Q: Multivariable Calculus. Students can also explore MCB 3421: Introduction to Molecular Evolution and Bioinformatics, MCB 3412: Genetic Engineering and Functional Genomics or MCB 3201: Gene Expression, connecting molecular biology with computational and experimental approaches.

Fourth Year: Students consolidate their specialist knowledge through MCB 4008: Techniques of Biophysical Chemistry and MCB 4009: Structure and Function of Biological Macromolecules, focusing on experimental approaches to understanding molecular structure and function. Research-oriented options such as MCB 4997W: Senior Honors Research Thesis, MCB 3899: Independent Study and MCB 3841W: Research Literature in Molecular and Cell Biology provide opportunities to develop advanced research and scientific communication skills.

Focus areas

Structural biology, biophysics, biochemistry, biological macromolecules, molecular biology, protein structure and function, DNA and RNA, molecular interactions, computational biology, genetics, genomics, biophysical chemistry, quantitative analysis and experimental research.

Learning outcomes

Students develop an integrated understanding of molecular and cellular biophysical principles, technical skills in biochemistry, structural biology and biophysics, the ability to use statistical and computational tools to analyze experimental data, and the ability to communicate scientific information through written, oral and visual formats. The program also emphasizes professional skills, mentoring relationships and career preparation.

Professional alignment (accreditation)

The Structural Biology and Biophysics BS is an interdisciplinary scientific degree rather than a professional licensure program, so the official UConn catalog does not identify a separate program-specific professional accreditation. Its curriculum instead provides preparation for scientific careers and further graduate or professional education, including pathways into medicine and other health-related fields.

Reputation (employability rankings)

UConn's 2025 undergraduate outcomes report a 91% positive outcomes rate within six months of graduation, including employment, continuing education and other reported outcomes. The university also reports an average starting salary of $67,500, while noting that students who used Career Center services had an average starting salary $5,000 higher than those who did not. These figures are university-wide undergraduate outcomes rather than Structural Biology and Biophysics-specific statistics.

Experiential Learning (Research, Projects, Internships etc.)

The program gives students opportunities to apply molecular and biophysical concepts through independent research, advanced laboratory work and internships. UConn's Department of Molecular and Cell Biology has 29 research laboratories and research spanning structural biology, biochemistry and biophysics, while dedicated facilities provide access to advanced instrumentation for studying molecular structures, interactions and biological systems.

Students can build practical experience through opportunities such as:

Independent Study — MCB 3899: Students can undertake independent study for 1–6 credits, allowing them to develop research experience beyond standard classroom coursework.
Senior Honors Research Thesis — MCB 4997W: Eligible students can undertake a senior research thesis, developing experience in conducting and communicating scientific research.
Advanced Biochemistry Laboratory — MCB 4026W: Provides advanced laboratory experience and can also satisfy the writing-in-the-major requirement.
Biophysics Facility: UConn provides microcalorimetry, including isothermal titration calorimetry and differential scanning calorimetry, as well as microscale thermophoresis for studying molecular characteristics and interactions.
Advanced Light Microscopy Facility: Researchers have access to laser-scanning confocal systems, widefield imaging and total internal reflection microscopy.
Nuclear Magnetic Resonance Facility: NMR instrumentation supports molecular structure determination, drug design, protein and nucleic-acid characterization and conformational analysis.
Molecular Modeling Collaborative: Students working in the department's research environment can engage with computational approaches used to understand and predict molecular behavior across biology, chemistry and materials science.
Proteomics & Metabolomics Facility: UConn's facility uses ultra-high-performance liquid chromatography coupled with high-resolution mass spectrometry to analyze proteins, peptides and small molecules.
Structural Biology Computational Facility: UConn Health provides Mac and Linux computing systems connected to high-speed servers and structural-biology software for computational research.
Internships: UConn reports Structural Biology and Biophysics students participating in roles such as Biophysics Intern, Research Analyst Intern, Research Coordinator Intern, Medical Intern and Technical Intern. Examples of organizations include Yale University, The Jackson Laboratory, Rockefeller University, Sandia National Laboratories and UConn.

Progression & Future Opportunities

The Structural Biology and Biophysics BS can lead toward laboratory, biotechnology, pharmaceutical and research-oriented careers, while also providing a strong scientific foundation for advanced study. UConn's career resources identify alumni working as Research Assistants, Research Associates and Research Associates in Protein Sciences, as well as experienced alumni working as scientists, senior scientists and analytical development chemists.

Typical career roles include: Research Assistant, Research Associate, Protein Sciences Research Associate, Biophysics Researcher.

Key progression opportunities include:

Career Center support: UConn's Center for Career Readiness and Life Skills provides career services, including career fairs, events and coaching. UConn reports that 86% of 2025 graduating students used Career Center services.
Experiential learning: 78% of UConn's 2025 graduating undergraduates reported participating in experiential learning such as an internship or co-op.
Career-related outcomes: UConn reports that 73% of graduates who used Career Center services said their job was directly or very related to their career goals, compared with 66% among those who did not use the services.
Employment and salary: For the 2025 graduating class, UConn reports a 91% positive outcomes rate and a $67,500 average annual starting salary across undergraduate programs.
Research connections: UConn students have participated in experiential learning with organizations including UConn Health, Yale University, Rockefeller University, Sandia National Laboratories, University of Oxford and research groups within UConn.
Industry exposure: Alumni from the major have been associated with organizations including Arcus Biosciences, Boehringer Ingelheim, Codiak BioSciences, Takeda Oncology, UnitedHealth Group and other research and healthcare organizations.
Scientific research environment: UConn's Department of Molecular and Cell Biology reports 43 faculty members, 29 research laboratories and $7.9 million in FY2024 research expenditures, with Structural Biology, Biochemistry and Biophysics among its major research areas.
Graduate/professional progression: UConn's career information lists alumni progressing to M.D., Ph.D. in Biochemistry, Ph.D. in Biomolecular Science & Engineering and Ph.D. in Biological & Biomedical Sciences programs.

Further Academic Progression: After completing the BS, students can pursue master's, doctoral or professional degrees depending on their career interests. UConn specifically reports Structural Biology and Biophysics alumni progressing into areas such as biochemistry, biomolecular science and engineering, biological and biomedical sciences and medicine, while the major's interdisciplinary foundation can also support further study in biotechnology, pharmacology and related life-science fields.