Ohio Wesleyan University

What you'll study

The curriculum emphasises foundational biological sciences alongside specialised coursework in microbiology and immunology. Students take core courses in cell biology, molecular biology, genetics and biochemistry before moving into more focused classes such as microbial physiology, pathogenic microbiology, immunology, virology and methods in molecular microbiology. Laboratory classes are integral, giving practical training in aseptic technique, culture methods, microscopy, PCR, electrophoresis and modern molecular and immunological assays.

Programme structure typically includes a sequence of introductory and intermediate biology modules in the first two years, followed by advanced electives, a laboratory methods course and a senior capstone. Many students pursue independent, faculty-mentored research projects or a senior thesis that develops experimental design, data analysis and scientific communication skills. Opportunities for internships, clinical placements and study-away experiences are available to complement on-campus work.

• Typical modules: Introduction to Biology, Cell and Molecular Biology, Genetics, Biochemistry, General Microbiology, Immunology, Microbial Physiology, Virology, Laboratory Methods in Microbiology, Experimental Design and Data Analysis, Senior Seminar/Capstone.
• Skills developed: sterile technique, microbiological culturing, molecular cloning and PCR, flow cytometry basics, ELISA and immunoassays, microscopy, quantitative data analysis and scientific writing.
• Research and practical experience: independent research projects, faculty-mentored labs, internships with local hospitals, public health departments or industry partners, and presentation of findings at campus symposia.

Entry requirements

Admission to Ohio Wesleyan University follows the College’s undergraduate admissions process; applicants for this programme should demonstrate strong preparation in the sciences and mathematics from secondary education. Recommended preparation includes high school biology and chemistry, with additional mathematics (usually algebra and precalculus) and physics advised.

• Successful applicants typically present a strong academic record in science and maths courses.
• Submission of high school transcripts and secondary-school teacher recommendations is required; standardised test submission may be optional depending on the College’s current admissions policy.
• Preparation for college-level lab work is helpful; students without extensive laboratory background may be advised to take introductory courses in their first year.
• Transfer students should provide college transcripts and may be asked to demonstrate completion of foundational biology and chemistry coursework for advanced placement.

Career prospects

Graduates with a degree in Microbiological Sciences and Immunology pursue diverse careers in research, healthcare, industry and public service. Typical entry-level roles include research technician, laboratory assistant, quality-control analyst and roles in public health laboratories or environmental testing.

The degree also provides strong preparation for graduate and professional programmes such as PhD research in microbiology, immunology or molecular biology, and professional schools including medicine, dentistry and physician assistant training. Other pathways include work in biotechnology and pharmaceutical companies, clinical laboratory science (often requiring additional certification), science education, science communication and policy roles within health agencies.

Why study at Ohio Wesleyan University

Ohio Wesleyan is a liberal-arts college with a strong emphasis on undergraduate mentorship and experiential learning. Small class sizes mean close interaction with faculty, and the Biology Department supports substantial undergraduate research opportunities where students work directly with professors on independent projects. Hands-on lab training and senior capstone projects give graduates practical experience that is attractive to employers and graduate programmes.

Students benefit from internship and community partnerships that link classroom learning with real-world laboratory and public-health settings, plus opportunities to present research on campus and at regional meetings. The liberal-arts environment also ensures breadth across the sciences, humanities and quantitative skills, equipping graduates with critical thinking and communication abilities valued in scientific careers.