University of Kansas

What you'll study

The KU Biology programme provides a coherent core in molecular and cellular biology, organismal biology, ecology and evolution, supported by quantitative and laboratory skills. Core course work typically covers genetics, cell biology, ecology, evolutionary biology, organismal physiology, and biochemistry, with progression from introductory lectures and laboratories to advanced, specialised modules.

• Foundations: introductory biology sequences emphasising cell structure and function, organismal diversity, and basic laboratory techniques.
• Molecular and cellular biology: courses in genetics, molecular biology, genomics and biochemistry that build skills in experimental design and molecular methods.
• Organismal and ecological biology: physiology, anatomy, behaviour, population biology, community ecology and conservation biology, often including fieldwork components.
• Laboratory and quantitative skills: guided lab courses, statistics for biologists, data analysis and computational methods relevant to modern biological research.
• Capstone and research: options for senior seminars, honours or directed research projects supervised by faculty; many students complete an independent research project in a faculty laboratory or at the KU Biodiversity Institute.
• Electives and specialisations: electives allow concentration in areas such as microbiology, developmental biology, neurobiology, plant biology, conservation science, or biotechnology. Interdisciplinary options with chemistry, mathematics, computer science and environmental studies are common.

Entry requirements

Admission to the University of Kansas and declaration of a Biology major typically requires a high school diploma or equivalent with a strong record in science and mathematics. Successful applicants usually present coursework in biology and chemistry plus algebra and preferably precalculus or calculus.

• Academic preparation: recommended senior‑year courses include biology, chemistry and algebra/trigonometry; additional coursework in physics and calculus strengthens an application.
• Standardised tests and alternatives: KU’s admissions policies may be test‑optional; prospective students should consult the university for current guidance on standardised tests and holistic review practices.
• International applicants: typical requirements include the equivalent secondary school qualification, proof of English proficiency and transcripts evaluated according to KU admissions guidelines.
• Transfer students: community college or other university students should have completed introductory biology and chemistry sequences and meet Kansas transfer articulation policies; advising helps map prior credits to degree requirements.
• Departmental advising: incoming biology majors meet with departmental advisors to plan course sequences, choose between BA/BS paths and identify research or pre‑professional tracks.

Career prospects

A KU Biology degree prepares graduates for a wide range of careers and further study. Many alumni proceed to professional schools (medicine, dentistry, pharmacy, veterinary medicine), graduate programmes (MSc/PhD) or entry‑level positions in industry and government.

• Research technician roles in academic, hospital and commercial laboratories.
• Biotechnology and pharmaceutical industry positions in quality control, regulatory affairs, lab support and product development.
• Conservation and natural resource careers with government agencies, NGOs and parks, informed by field and museum experience via the KU Biodiversity Institute.
• Healthcare careers following further professional training; KU provides pre‑health advising to support applications to medical and allied health programmes.
• Science education and outreach, including secondary teaching and museum or public‑science communication roles.
• Opportunities in data science, bioinformatics and environmental consulting where quantitative and laboratory skills are valued.

Why study at University of Kansas

The University of Kansas offers biology students access to active research laboratories, specialised centres and field collections that enrich undergraduate training. The KU Biodiversity Institute and the Higuchi Biosciences Center are distinctive resources where students can engage in specimen‑based research, genomics and interdisciplinary projects.

• Undergraduate research: faculty laboratories routinely involve undergraduates in publishable research, providing mentorship and practical experience that strengthen graduate or professional school applications.
• Hands‑on learning: modern teaching labs, field courses and opportunities for internships with local healthcare providers, conservation organisations and industry partners.
• Support services: departmental advising, pre‑health and career services help students plan pathways, secure internships and prepare applications for postgraduate study.
• Flexibility and interdisciplinary links: options to pair biology with minors or certificates in areas like computer science, environmental studies, public health or business to broaden career flexibility.