Ohio Wesleyan University

What you'll study

The programme combines foundational courses in chemistry, physics and mathematics with advanced topics in molecular and cellular biology. Early semesters emphasise general chemistry, introductory biology, calculus and calculus-based physics to build quantitative and experimental skills. Core molecular courses typically include genetics, cell biology, biochemistry, molecular biology and biophysics, supported by laboratory classes that train students in modern techniques such as spectroscopy, chromatography, electrophoresis, microscopy and molecular cloning.

Students progress from structured laboratory classes to open-ended, faculty-supervised research projects. The curriculum usually features a senior capstone or thesis component in which students design experiments, analyse data and present findings. Electives allow specialisation in areas such as structural biology, computational biology/bioinformatics, enzymology, neurobiology, or environmental molecular science. Coursework also emphasises scientific communication, experimental design and ethical issues in the life sciences.

Entry requirements

Applicants should hold a recognised secondary-school diploma with a strong preparation in science and mathematics. Competitive applicants normally present substantial coursework in chemistry and biology, and at least one year of high-school mathematics; calculus and physics preparation is strongly recommended. Overseas applicants should supply credential documentation and evidence of English proficiency where required.

Ohio Wesleyan evaluates applications holistically: academic record, teacher recommendations (particularly from science or maths teachers), personal statement and extracurricular engagement in science-related activities strengthen an application. Prospective students with advanced standing through international or national programmes (for example AP, IB or A-levels) should list recognised exam subjects; credits or course placement are considered in accordance with the university's policies.

Career prospects

Graduates enter a range of postgraduate pathways and careers. Many go on to graduate study (PhD) or professional schools (MD, DDS, PA), where the programme's research training and laboratory experience provide solid preparation. Career options include biochemical and molecular research in academia, biotechnology and pharmaceutical industries, clinical and diagnostic laboratories, environmental testing, forensic science, and roles in regulatory affairs or quality control.

Alumni also move into interdisciplinary fields such as bioinformatics, science policy, patent and intellectual property law (with additional legal training), science education and science communication. The combination of experimental skills, quantitative reasoning and written communication developed in the programme is valued in both technical and non‑technical careers.

Why study at Ohio Wesleyan University

• Undergraduate-focused environment: As a liberal-arts university, Ohio Wesleyan places emphasis on small class sizes and close faculty-student interaction, which benefits students undertaking intensive laboratory work and independent research.
• Faculty-mentored research: Students have frequent opportunities to join faculty research projects, pursue independent investigations and present their work at departmental symposia or conferences.
• Laboratory and instrumentation training: The programme integrates hands-on lab courses and access to instrumentation that teach contemporary experimental and analytical techniques essential for molecular biology and biophysics.
• Interdisciplinary curriculum: The major bridges chemistry, physics and biology, encouraging quantitative problem solving and cross-disciplinary approaches that reflect real-world scientific practice.
• Career and postgraduate support: Advising and career services help students prepare for graduate or professional school applications, research internships, and industry placements; alumni networks provide additional mentoring and internship leads.