University of Michigan

What you'll study

Undergraduate study in biological and biomedical sciences at the University of Michigan centres on core scientific principles—molecular and cellular biology, genetics, physiology and biochemistry—together with quantitative skills in mathematics and statistics. Students follow a structured foundation of introductory courses in biology, general and organic chemistry, physics and calculus or statistics, then progress to intermediate and advanced topics such as cell biology, molecular genetics, systems physiology, immunology, developmental biology and neuroscience.

Practical laboratory training is emphasised throughout the curriculum. Typical modules and learning experiences include:

• Introductory and intermediate laboratory courses in molecular techniques, microscopy and cell culture
• Laboratory courses in biochemistry and analytical methods
• Data analysis and biostatistics for biological research
• Advanced electives in areas such as pharmacology, microbial pathogenesis, human physiology and biomedical imaging
• Faculty-led or independent research projects, often available through faculty labs, the Undergraduate Research Opportunity Program (UROP) or summer research internships
• Seminars and capstone experiences that focus on current biomedical challenges, ethics and translational science

The degree structure allows students to choose concentrations or elective tracks aligned with their interests—such as molecular and cellular biology, neuroscience, or pre-health—and to combine biological science study with complementary coursework in engineering, public health, data science or social sciences.

Entry requirements

Admission to the University of Michigan is competitive and determined by a holistic review of academic achievement, extracurricular involvement, essays and letters of recommendation submitted through the undergraduate application. For preparation in biological and biomedical programmes, applicants are typically expected to have taken a strong high-school programme with courses such as:

• Biology and chemistry (with laboratory)
• Mathematics through at least pre-calculus or calculus; statistics is beneficial
• Physics (recommended)
• English and coursework demonstrating analytical and written communication skills

Successful applicants usually demonstrate strong grades in science and mathematics, evidence of sustained interest in biomedical topics (for example through research, clinical shadowing, science clubs or relevant work) and the ability to undertake rigorous university-level science. Advanced Placement (AP), International Baccalaureate (IB) or other recognised accelerated qualifications may be accepted for credit according to the University's policies. Prospective international applicants should review specific English language proficiency requirements.

Career prospects

Graduates with a degree in biological or biomedical sciences from the University of Michigan move into a broad range of careers. Common pathways include:

• Further study in medicine, dentistry, pharmacy or other clinical professions—many graduates use the degree as preparation for professional healthcare schools
• Laboratory-based research roles in academic, government or industry settings, including positions as research technicians or associates
• Careers in biotechnology and pharmaceutical industries in research and development, regulatory affairs, quality control and clinical trials
• Public health, epidemiology and health policy roles in governmental and non-governmental organisations
• Data science and bioinformatics positions that apply computational skills to biological datasets
• Science education, communication and outreach roles in museums, schools and media

The University of Michigan's strong connections with Michigan Medicine, nearby research institutes and a large alumni network support internships, placements and postgraduate study opportunities.

Why study at University of Michigan

The University of Michigan is a research-intensive institution offering extensive laboratory facilities, interdisciplinary centres and opportunities for undergraduates to join active research groups. Students benefit from proximity to Michigan Medicine and affiliated research hospitals, which provide clinical perspective and translational research collaborations.

Undergraduate support is robust: academic advising tailored for pre-health and bioscience students, dedicated research programmes such as UROP, and career services that connect students with internships and employers. The campus community in Ann Arbor encourages cross-disciplinary learning, with options to combine biomedical study with engineering, public policy, data science or business. For students seeking a rigorous scientific education with hands-on research and clear routes into clinical, research and industry careers, the University of Michigan offers a comprehensive platform to launch those ambitions.