Michigan State University

What you'll study

The Biology major at Michigan State University covers the core disciplines of modern biology with emphasis on both conceptual understanding and practical laboratory skills. Typical subjects include cell and molecular biology, genetics, biochemistry, physiology, ecology and evolution, and organismal biology. Coursework balances lectures and laboratory components to develop experimental technique, data analysis and scientific communication.

• Core modules: foundational classes in molecular and cellular biology, genetics, ecology and evolution, and organismal physiology.
• Laboratory and research experience: multi-week lab courses, course-based research experiences, and opportunities to join faculty-led research projects through undergraduate research programmes.
• Specialist electives: options in molecular biology, developmental biology, neurobiology, plant biology, conservation biology, environmental biology and biotechnology.
• Capstone and synthesis: senior seminars or capstone projects that emphasise literature synthesis, experimental design and scientific writing.
• Complementary skills: statistics, bioinformatics, scientific communication and professional development modules or workshops.

Students can tailor the degree by choosing minors or concentrations, and often take part in field courses or placements at sites such as the W. K. Kellogg Biological Station and other university-affiliated field laboratories. Study-abroad and internship opportunities are commonly used to broaden practical experience.

Entry requirements

Applicants should hold a recognised secondary school diploma and demonstrate strong preparation in sciences and mathematics. Recommended high school subjects include biology, chemistry, physics and algebra or precalculus, with calculus encouraged for students planning molecular or quantitative tracks.

• Academic performance: competitive grades in science and maths subjects are expected; universities typically consider the overall academic record.
• Standard application materials: official secondary school transcripts and any institutionally required documents. Michigan State University accepts applications through the standard undergraduate application process.
• Supporting evidence: personal statements, extracurricular involvement in science-related activities, research or volunteering, and references can strengthen an application.
• Notes on tests: applicants should check current university guidance on standardized testing and additional requirements for international students, such as English language proficiency exams.

Career prospects

A degree in Biology from Michigan State prepares graduates for a wide range of careers. Many students progress to graduate programmes (MSc or PhD) or professional schools (medicine, dentistry, allied health), while others move directly into the workforce.

• Research technician or laboratory scientist in academic, government or industry laboratories
• Roles in biotechnology, pharmaceuticals and medical device companies
• Environmental and conservation positions with NGOs, government agencies or consulting firms
• Science education at secondary level or public engagement and communication roles
• Healthcare-related careers following further professional training (medicine, physician assistant, clinical laboratory science)
• Positions in bioinformatics, data analysis and quality control

Career services, internship programmes and strong links between faculty and local industries help students translate academic experience into employable skills and professional networks.

Why study at Michigan State University

Michigan State University offers a comprehensive biology programme within a large research university environment, combining classroom teaching with substantial hands-on research opportunities. Students benefit from access to specialised facilities, such as field stations and modern teaching laboratories, and from a broad base of faculty expertise across sub-disciplines of the life sciences.

• Undergraduate research: numerous pathways to join faculty-led projects or take part in course-based research experiences.
• Facilities and field sites: access to campus laboratories, regional research stations and field courses that support ecological and organismal studies.
• Interdisciplinary options: easy collaboration with related programmes in chemistry, plant sciences, environmental science, bioinformatics and engineering.
• Support services: advising, career development and internship placement help students plan postgraduate study or employment.

Overall, the programme is well suited to students who want a rigorous, research-informed education in biology with flexibility to pursue specialised interests and clear pathways to professional and academic careers.