University of Vermont

What you'll study

The curriculum combines core life-science fundamentals with focused study in physiological systems and pathologic processes. You will learn how cells, tissues and organs function in health and how those functions change in disease, using a mix of lecture, laboratory practicals and supervised research.

• Core biological sciences: cell biology, genetics, molecular biology and biochemistry to provide a molecular-level understanding of physiology and pathology.
• Human and comparative physiology: courses covering cardiovascular, respiratory, renal, endocrine, nervous and muscular systems.
• Pathology and disease mechanisms: modules on inflammation, infection, immunopathology, neoplasia and metabolic disease.
• Laboratory and quantitative skills: laboratory techniques, histology, microscopy, molecular methods (PCR, gel electrophoresis), and biostatistics.
• Research project or capstone: an independent research project or senior thesis supervised by faculty, often involving laboratory work or data analysis.
• Interdisciplinary electives: pharmacology, neuroscience, public health, bioethics and computational biology to broaden clinical and translational perspectives.

Entry requirements

Admissions expect a strong secondary-school academic record with particular strength in science and mathematics. Typical preparation includes high-school biology and chemistry, and recommended coursework in mathematics (algebra and calculus) and physics.

• Competitive applicants demonstrate strong grades in science and maths and evidence of engagement with laboratory or research activities where possible.
• International applicants should present qualifications that UVM recognises as equivalent to the domestic admission standard, along with proof of English language proficiency if required.
• Transfer students are evaluated on prior college coursework; completion of introductory biology and chemistry courses is often expected for smooth progression into upper-level physiology and pathology modules.

Career prospects

Graduates leave prepared for a range of roles in healthcare, research and industry or for further study. Career paths commonly followed include:

• Medicine, dentistry, veterinary medicine or physician associate programmes — as preparation for professional clinical training.
• Biomedical research roles — laboratory technician, research assistant or progression to MSc/PhD study in physiology, pathology, molecular biology or related fields.
• Biotechnology and pharmaceutical industry positions — roles in assay development, quality control, regulatory affairs and clinical research support.
• Healthcare-related careers — public health, clinical laboratory science, allied health professions and science communication.
• Teaching and outreach — secondary-school science teaching or community health education after appropriate certification or postgraduate study.

Why study at University of Vermont

Students benefit from UVM’s active research environment and close links with the UVM Larner College of Medicine and UVM Medical Center, which create opportunities for undergraduate research and clinical exposure. The university emphasises small-class teaching in upper-level modules, giving direct access to faculty and mentoring for independent projects.

• Research-led teaching: many courses are taught by researchers engaged in physiology and pathobiology, enabling students to join ongoing laboratory projects.
• Hands-on facilities: well-equipped teaching laboratories, microscopy suites and opportunities to learn modern molecular and histological techniques.
• Interdisciplinary options: easy access to related departments and programmes (neuroscience, microbiology, pharmacology, public health) for tailored elective study.
• Location and support: UVM’s campus setting and institutional support services help students access internships, clinical observerships and community-health initiatives in the Burlington region and beyond.