The Bachelor of Science in Biology at the University of Virginia is a broad, research-led programme that combines core biological principles with laboratory and field training. It suits students who want a rigorous foundation in the life sciences and who are considering careers in research, healthcare, environmental science or further study such as medical or graduate school.
What you'll study
The Biology degree provides a solid grounding in molecular, cellular, organismal and ecological approaches to the life sciences. Early coursework typically covers core topics such as cell biology, genetics, physiology, organismal diversity and ecology, together with accompanying laboratory classes that teach experimental design, microscopy, molecular techniques and data analysis.
- Core modules: foundational subjects in molecular and cellular biology, genetics, physiology and evolution.
- Laboratories and practicals: hands-on lab courses in molecular methods, physiology experiments and ecological fieldwork to develop technical skills and scientific reasoning.
- Upper-level electives: options to specialise through courses in areas such as developmental biology, neurobiology, microbiology, immunology, conservation biology, plant biology and systems ecology.
- Research project: many students undertake independent research with faculty, culminating in a thesis or capstone project that develops experimental planning, data analysis and scientific communication skills.
- Interdisciplinary opportunities: coursework and electives that intersect with chemistry, physics, computer science (bioinformatics), statistics and public health.
Entry requirements
Admission to the University of Virginia is competitive. Successful applicants to the Biology programme typically present a strong secondary-school record with solid grades in sciences and mathematics. Recommended preparation includes biology, chemistry and algebra/trigonometry or calculus. Prior laboratory experience, where available, strengthens an application.
- Academic background: high school diploma or equivalent with strong performance in sciences and mathematics.
- Standardised tests and qualifications: appropriate national or international qualifications (e.g. A-levels, IB, national high-school leaving certificates). Where required or submitted, standardised test scores are considered alongside the whole application.
- International students: should demonstrate equivalence of prior qualifications and satisfy English language proficiency requirements if applicable.
- Additional materials: personal statement, references and evidence of extracurricular engagement or research experience can be important differentiators.
Career prospects
Graduates with a Biology degree from the University of Virginia are well prepared for a range of careers in the life sciences and beyond. The degree provides the scientific knowledge and practical skills employers look for in fields that require analytical thinking and laboratory competence.
- Research and development roles in academic, government or industry laboratories.
- Healthcare and allied professions, including preparation for medical, dental, pharmacy or allied health training.
- Biotechnology and pharmaceutical industry positions, such as laboratory scientist, quality control or regulatory affairs.
- Conservation, environmental consulting and natural resource management.
- Science education, communication and policy roles.
- Further study: many graduates progress to graduate or professional programmes (MSc, PhD, MD, etc.).
Why study at University of Virginia
The University of Virginia offers a research-intensive undergraduate experience with strong faculty mentorship and abundant opportunities for hands-on learning. Biology students benefit from access to modern laboratory facilities, field sites, and collaborative research across departments and with the university medical centre.
- Undergraduate research: many students work directly with faculty on active research projects, gaining laboratory experience and mentorship.
- Facilities and resources: well-equipped teaching and research laboratories, natural areas for fieldwork, and access to computational and core-service resources.
- Interdisciplinary links: easy collaboration with chemistry, engineering, computer science, and public health, enabling customised study pathways.
- Career support: career services, internships and connections with regional and national employers, as well as preparation for professional and graduate programmes.
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