Case Western Reserve University

What you'll study

The Biology B.S. curriculum builds core competence in cellular and molecular biology, genetics, physiology, ecology and evolution, supported by quantitative and laboratory skills. First-year courses establish fundamentals in general biology, chemistry and calculus, then students progress to intermediate and advanced modules such as molecular biology, cell biology, biochemistry, microbiology, developmental biology, animal and plant physiology, ecology, and evolutionary biology.

Laboratory and hands-on experience are central components. Students complete a sequence of laboratory courses emphasizing experimental design, data analysis and scientific communication. The programme offers opportunities for independent study and a senior capstone or honours thesis for students who want mentored research experience.

There is flexibility to tailor the degree through elective courses and specialised tracks or concentrations that focus on areas such as molecular and cellular biology, neurobiology, ecology and conservation, or computational and quantitative biology. Interdisciplinary options and joint coursework with departments such as chemistry, biomedical engineering, computer science and public health are available to broaden technical skills and career focus.

• Core subjects: cell & molecular biology, genetics, biochemistry, ecology, evolution
• Laboratory training: introductory and advanced lab courses, data analysis, instrumentation
• Research: faculty-mentored independent research, senior thesis or capstone projects
• Quantitative skills: calculus, statistics, computational methods for biology
• Electives and interdisciplinary options: neuroscience, immunology, environmental science, bioinformatics

Entry requirements

Admission to Case Western Reserve is selective and considers the whole applicant profile. Typical preparation for the Biology B.S. includes a strong secondary-school record with coursework in biology and chemistry, and recommended preparation in mathematics (pre-calculus or calculus) and physics. Schools often look for evidence of laboratory experience and extracurricular engagement that demonstrates sustained interest in the life sciences.

Applicants submit a standard undergraduate application; requirements include academic transcripts and school reports, and many applicants provide standardized test scores where applicable. Strong written work and letters of recommendation, and any record of research, internships or relevant volunteer experience, strengthen an application to a science major.

Career prospects

Graduates with a B.S. in Biology from Case Western Reserve pursue a wide range of careers or further study. Common pathways include medical, dental or veterinary school and other clinical professions; entry to graduate programmes in biomedical sciences, ecology, or bioinformatics; and employment in biotechnology and pharmaceutical companies, clinical laboratories, hospitals, and research institutions.

Other career options include environmental consulting and conservation, public health practice, science communication and policy, patent law (with additional qualifications), and education. The programme’s emphasis on laboratory technique, data analysis and research experience prepares students for roles that require experimental skills, problem solving and interdisciplinary collaboration.

Why study at Case Western Reserve University

Case Western Reserve is a research-intensive university with strong ties to major clinical and research institutions in Cleveland, which provides exceptional opportunities for undergraduate research, internships and clinical exposure. Biology students benefit from access to well-equipped laboratories, collaborative projects with nearby hospitals and research centres, and faculty who are actively engaged in cutting-edge research.

The university emphasises small-class interactions and faculty mentorship, facilitating close supervision for undergraduate research and capstone projects. Support services such as academic advising, career services and pre-health advising help students plan graduate or professional pathways. Additionally, Cleveland’s biomedical industry and environmental organisations broaden internship and employment opportunities for biology students.

Overall, the programme is well suited to motivated students seeking strong foundational training in the life sciences combined with practical research experience and interdisciplinary options to shape a clear career or graduate-study trajectory.