Montana State University

What you'll study

This programme delivers a core sequence of biological and chemical fundamentals alongside specialised courses in microbiology and immunology. Typical modules include introductory and advanced microbiology, principles of immunology, molecular biology, biochemistry, microbial genetics, virology, and microbial physiology. Practical laboratory components emphasise aseptic technique, microscopy, culture methods, molecular diagnostics (PCR, gel electrophoresis), and immunoassays.

Students can expect a mix of large foundational lectures and smaller laboratory or seminar classes. The curriculum commonly features coursework in statistics and bioinformatics to support data analysis, as well as electives in microbial ecology, environmental microbiology, food microbiology, and host–pathogen interactions. Many students undertake an undergraduate research project or capstone experience under faculty supervision, integrating experimental design, data collection and scientific communication.

Entry requirements

Entry to Montana State University typically requires a completed secondary school qualification and submission of an undergraduate application. For the Microbiological Sciences and Immunology major, competitive applicants generally have strong preparation in biology and chemistry; recommended preparatory subjects include biology, chemistry (often to A‑level/IB higher level or equivalent), mathematics and English. Prior laboratory experience, such as high school lab courses, Advanced Placement, International Baccalaureate subjects or community college coursework, is beneficial.

Transfer applicants with college credit should supply official transcripts; prerequisite coursework in general chemistry, organic chemistry and introductory biology is often required before upper‑division major courses. Applicants should consult Montana State University's admissions office and departmental advisors for programme-specific prerequisites, placement information and advice on meeting degree progression requirements.

Career prospects

Graduates with a degree in Microbiological Sciences and Immunology move into a range of laboratory, field and professional roles. Common entry-level positions include research technician, laboratory technologist (often with additional certification for clinical roles), quality control analyst in biomanufacturing, environmental microbiologist, and technical support/sales for life-science companies.

The degree also prepares students for further training: many proceed to graduate study (master’s or PhD) in microbiology, immunology, molecular biology or related fields, while others apply to professional programmes such as medical, dental, veterinary or physician assistant schools. Additional career paths include public health, regulatory science, food safety, biotechnology product development and science communication.

Why study at Montana State University

Montana State University offers undergraduate students direct access to active research programmes and specialised centres, providing opportunities for hands‑on research experience with faculty. The university is home to interdisciplinary research groups and centres that intersect with microbiology and immunology, enabling collaboration across environmental science, engineering and health sciences.

Undergraduates benefit from modern laboratory facilities, sizeable opportunities for mentored research and fieldwork, and connections with regional public health and biotechnology employers for internships. The department’s emphasis on experiential learning and faculty mentoring helps students build practical laboratory skills, develop professional networks and prepare for both careers and advanced study in the biological sciences.