University of Colorado Boulder

What you'll study

This programme combines foundational coursework in biological and physical sciences with specialised study of physiological systems and disease processes. You will study cellular and molecular biology, human anatomy, and systemic physiology, alongside modules addressing pathophysiology, immunology, and pharmacology. Practical laboratory classes develop skills in tissue and cell techniques, species-appropriate dissection, microscopy, physiological measurement, and basic molecular assays.

• Core subjects: cellular biology, biochemistry, human anatomy, systemic physiology, homeostasis and neurophysiology.
• Pathology and disease-focused modules: mechanisms of disease, clinical pathophysiology, inflammatory and immune responses, infectious disease principles, and cancer biology.
• Research and laboratory skills: laboratory safety and ethics, experimental design, data analysis and statistics, histological methods, and molecular techniques (PCR, electrophoresis, western blotting basics).
• Interdisciplinary topics: pharmacology, toxicology, comparative physiology, and biomedical instrumentation.
• Capstone and research opportunities: honours or senior thesis options, independent research projects in faculty laboratories, and opportunities for collaborative projects with medical and engineering departments.

The degree typically progresses from introductory courses and general education requirements in the first years to increasingly specialised and research-oriented courses in later years. Students can often choose elective pathways that emphasise translational research, clinical laboratory science, or preparation for graduate or professional programmes.

Entry requirements

Admission to the University of Colorado Boulder undergraduate programmes is competitive and generally requires a secondary-school diploma with strong grades in mathematics and science. Typical preparation includes coursework in biology, chemistry, and mathematics (algebra and often precalculus or calculus); physics is advantageous.

• Academic preparation: solid performance in biology and chemistry; additional credit or advanced courses (AP, IB, A-levels) in sciences strengthen an application.
• Recommended subjects: biology, chemistry, mathematics, and physics where available.
• Supplementary materials: personal statement, letters of recommendation, and a record of extracurricular engagement in science (research experience, laboratory internships, volunteer work in healthcare or community science activities) are helpful.
• Transfer applicants: transferable college coursework in biology, chemistry and mathematics with competitive GPA will be evaluated for admission and for placement in the programme.

Specific admission thresholds and prerequisite course lists are provided by the university's admissions and departmental pages; prospective students should consult those official resources when preparing an application.

Career prospects

Graduates from this programme are prepared for a range of careers in biomedical and health-related fields. Many proceed to postgraduate study (master’s or PhD) in physiology, biomedical sciences, or related research fields, or to professional programmes such as medicine, physician assistant studies, dentistry, or veterinary medicine.

• Research and laboratory roles: research technician, laboratory assistant, clinical laboratory technologist (with additional certification), or roles in biotech and pharmaceutical companies.
• Healthcare pathways: preparation for clinical professional training and roles in allied health, diagnostics, and clinical research coordination.
• Industry and applied science: positions in regulatory affairs, medical device companies, science communication, and public health agencies.
• Further study and academia: graduate research degrees leading to academic or industry research careers, teaching, or specialist clinical roles.

Graduates commonly combine subject knowledge with laboratory experience and research projects from the degree to strengthen applications for competitive postgraduate courses or employment in life-science sectors.

Why study at University of Colorado Boulder

The University of Colorado Boulder offers a research-active environment with access to modern laboratory facilities and cross-disciplinary collaboration across biological sciences, engineering and clinical partners. The campus has dedicated research groups in physiology, neuroscience and immunology, providing undergraduate students opportunities to participate in faculty-led projects and gain hands-on research experience.

• Research opportunities: access to faculty laboratories, summer research programmes, and senior thesis projects that allow undergraduates to develop practical skills and contribute to publishable research.
• Interdisciplinary environment: proximity to departments such as molecular, cellular and developmental biology, biomedical engineering, and public health encourages collaborative coursework and projects.
• Support services: academic advising, career services and pre-health advising to help plan pathways into graduate school or professional programmes.
• Location and partnerships: connections with regional hospitals, research institutes and industry provide internship and networking opportunities for students pursuing clinical or commercial careers.

Overall, the programme is suited to students seeking a solid scientific foundation in physiology and pathology combined with practical laboratory training and research experience to support a variety of biomedical career paths.