University of Virginia

What you'll study

The Master of Science in Biomedical Engineering curriculum provides a mix of core engineering principles, specialised biomedical topics and hands‑on laboratory experience. Students typically take advanced courses in areas such as biomechanics, biomaterials and tissue engineering, biomedical imaging and signal processing, bioinstrumentation and quantitative physiology. Coursework emphasises mathematical modelling, experimental design and data analysis, while elective options allow deeper focus on topics like neural engineering, drug delivery, biosensors and systems biology.

Research is a central component for many students. The programme offers thesis and non‑thesis pathways: the thesis option involves a sustained research project under a faculty supervisor, preparing students for research careers or PhD study; the non‑thesis route combines additional coursework and a capstone or practicum that addresses an industry or clinical engineering problem. Students also have opportunities for interdisciplinary collaboration with the School of Medicine, UVA Health System and research centres across the university.

Entry requirements

• Academic background: A bachelor’s degree in biomedical engineering, mechanical engineering, electrical engineering, chemical engineering, physics, biology or a closely related quantitative field is normally required.
• GPA/academic record: Applicants should demonstrate strong undergraduate performance in core mathematics, physics and engineering science courses; exact GPA expectations vary by cohort and are competitive.
• Supporting documents: Official transcripts, a statement of purpose outlining research and career goals, a current CV or résumé, and letters of recommendation (typically two or three) are required.
• Standardised tests: Requirements for tests such as the GRE are subject to change; applicants should check current departmental guidance. International applicants will need to demonstrate English proficiency through an approved test unless exempt.
• Research fit: Admission is strengthened by evidence of relevant laboratory experience, undergraduate research, or clear alignment with faculty research interests.

Career prospects

Graduates enter a broad set of careers in industry, healthcare and academia. Typical roles include biomedical engineer in medical device companies, product development engineer, quality and regulatory specialist, clinical engineer, research scientist in biotechnology or pharmaceutical firms, and data scientist working with biomedical data. Many graduates also pursue doctoral study or postdoctoral research to deepen their research careers. The programme’s ties to UVA Health and regional medtech clusters help students access internships, translational projects and employer networks.

Why study at University of Virginia

• Interdisciplinary research environment: UVA’s biomedical engineering programme benefits from close collaboration with the School of Medicine, clinical partners at UVA Health, and multidisciplinary research centres, enabling translational projects that bridge engineering and patient care.
• Facilities and labs: Students can work in modern laboratories and core facilities supporting imaging, biomaterials, computational modelling and prototyping—resources that support both fundamental and applied research.
• Faculty expertise: The department hosts faculty with expertise across biomechanics, biomaterials, imaging, systems physiology and bioengineering data analysis, offering diverse supervision and mentoring options.
• Career support: Engineering career services, industry partnership programmes and connections to regional medtech firms provide pathways to internships and employment, while the university’s broader network supports entrepreneurship and translational initiatives.