Michigan State University

What you'll study

This programme provides a foundation in general biology, chemistry and quantitative skills, then advances to specialised courses in microbiology, immunology and molecular biology. Typical taught content includes microbial physiology and genetics, cellular and molecular immunology, infectious disease mechanisms, microbial ecology, virology, and applied microbiological techniques.

• Core sciences: introductory and intermediate courses in biology, general and organic chemistry, biochemistry, cell biology and genetics.
• Microbiology and immunology: bacteriology, virology, fungal biology, innate and adaptive immunity, host–pathogen interactions and vaccine principles.
• Laboratory and practical skills: hands-on lab courses in aseptic technique, microscopy, culture methods, molecular methods (PCR, electrophoresis, sequencing basics), and immunoassays.
• Quantitative and computational methods: biostatistics, bioinformatics basics, data analysis and experimental design.
• Capstone and research: options for an independent research project, senior seminar, or practicum placement in a laboratory, clinical or industry setting.
• Electives and breadth: students can choose electives in public health, environmental microbiology, microbial biotechnology, food safety, or neuroscience to tailor their pathway.

Entry requirements

Applicants are expected to hold a secondary-school qualification with strong performance in science and mathematics. Recommended preparation includes courses in biology, chemistry (including laboratory work), algebra/trigonometry or calculus, and physics where available.

• Academic background: solid grades in STEM subjects; a record of coursework showing readiness for college-level biology and chemistry.
• Experience and interests: demonstrated interest in laboratory work or scientific inquiry through school labs, extracurricular science activities, volunteer work or employment is beneficial.
• Transfer and continuing students: applicants transferring from other institutions should provide transcripts showing completion of introductory biology and chemistry courses; articulation agreements and credit evaluations are used to determine progress toward the major.
• Admissions process: Michigan State uses a holistic admissions process; standardised testing requirements may vary and applicants should consult the university for current policies.

Career prospects

Graduates with a degree in Microbiological Sciences and Immunology pursue a wide range of careers across research, health, industry and education. The programme provides the scientific and technical foundation sought by employers and graduate programmes.

• Laboratory and research roles: research technician, laboratory assistant, quality-control analyst in university, government or industry laboratories.
• Biotechnology and pharmaceutical industry: positions in product development, process support, regulatory affairs and manufacturing.
• Clinical and public health: laboratory technologist roles (often requiring additional certification), infection control, epidemiology and public-health agencies.
• Further study: many graduates progress to graduate research degrees (MS, PhD) or professional schools (medicine, dentistry, physician associate programmes), leveraging undergraduate research and coursework.
• Other paths: science communication, patent and regulatory consulting, environmental monitoring, and secondary-school teaching with appropriate certification.

Why study at Michigan State University

Michigan State offers a large, research-active campus with multidisciplinary strengths in life sciences. Undergraduate students benefit from access to faculty-led research, teaching laboratories and opportunities for internships with campus-affiliated clinical and industry partners.

• Research opportunities: undergraduates can participate in faculty research projects, capstone research experiences and summer research programmes, gaining practical skills and mentorship.
• Facilities and support: modern teaching labs, core facilities for molecular and imaging work, and university resources for career development and graduate-school preparation.
• Interdisciplinary connections: the programme links with departments and centres across microbiology, molecular genetics, public health and plant and animal sciences, allowing students to tailor study toward biomedical, environmental or agricultural applications.
• Career preparation: structured advising, internship placement support and connections with regional biotech, healthcare providers and governmental laboratories help students transition to employment or further study.