Berea College

What you'll study

The Biology programme at Berea College covers core areas of modern biology with an emphasis on experiential learning. You will study foundational subjects such as cell and molecular biology, genetics, evolution and organismal biology alongside essential laboratory techniques. Coursework typically includes:

• Core modules: Introductory biology, cell biology, genetics, ecology and evolution, physiology and microbiology.
• Laboratory and practical skills: Cell and molecular techniques, microscopy, biochemical methods, microbiological culturing and quantitative laboratory analysis.
• Field biology and ecology: Field methods, organismal diversity, community and ecosystem ecology, and courses that use the surrounding Appalachian landscape for hands‑on study.
• Advanced and integrative courses: Developmental biology, molecular genetics, biochemistry, bioinformatics and applied conservation biology.
• Research and capstone: Opportunities for faculty‑mentored undergraduate research, senior seminar or capstone project, and presentation of research at college symposia.
• Quantitative and complementary skills: Statistics for biologists, experimental design, scientific writing and oral communication; electives may include computer science or environmental studies.
• Practical experience: Internships, off‑campus placements and collaborative projects with regional conservation groups, healthcare providers or research labs.

Entry requirements

Berea College seeks students who demonstrate strong academic preparation, a commitment to service and the college's mission. Typical requirements include:

• Completion of a secondary school diploma or equivalent with a record of college‑prep courses (biology, chemistry, mathematics and English recommended).
• Official high school transcripts; submission of any available college transcripts if you have prior post‑secondary study.
• Letters of recommendation from teachers or counsellors and a personal statement outlining interests, goals and fit with Berea's community‑oriented educational model.
• Standardised tests (SAT/ACT) are considered if submitted; Berea follows a holistic review and test submission may be optional depending on current admissions policies.
• For applicants whose first language is not English, evidence of English proficiency through recognised tests or other institutional indicators may be required.
• All students participate in Berea’s student labour programme as part of the college experience; applicants should be prepared to contribute to campus work responsibilities alongside their studies.

Career prospects

Graduates with a Biology degree from Berea are prepared for a wide range of career paths and further study. Common routes include:

• Graduate and professional programmes — master's and PhD study in biological sciences, ecology, molecular biology, or professional schools such as medicine and veterinary medicine (with appropriate pre‑professional prerequisites).
• Careers in conservation and environmental management — roles with government agencies, non‑profits and private sector firms focusing on habitat restoration, wildlife management and environmental consulting.
• Laboratory and biotechnology positions — research assistant roles, laboratory technicians and industry positions in biotech and pharmaceutical companies.
• Education and outreach — biology teachers at secondary level (with appropriate certification), museum and nature centre educators, and community science initiatives.
• Public health and applied fields — roles in public health agencies, clinical research coordination and allied health professions.

Why study at Berea College

Berea College offers a distinctive undergraduate experience centred on close faculty mentoring, small class sizes and a strong ethic of service and labour. Biology students benefit from abundant opportunities for one‑to‑one research supervision, fieldwork in the Appalachian region and curricular flexibility to pursue interdisciplinary interests. The college’s student work programme helps integrate practical skills, reduces the financial burden of college for eligible students and fosters a collaborative campus community. Graduates leave with hands‑on experience, strong scientific communication skills and preparation for both advanced study and applied careers.