Boise State University

What you'll study

The programme combines core courses in human physiology and the cellular and molecular bases of disease with supporting work in biochemistry, anatomy, and research methods. Typical topics include cellular physiology, neurophysiology, cardiovascular and respiratory physiology, endocrine and renal systems, immunology, and pathophysiology of common disease states. Students also take laboratory-based classes emphasizing experimental techniques, data analysis and scientific communication.

• Foundational courses: general biology, general chemistry, organic chemistry or biochemistry, and introductory anatomy.
• Core physiology: cell physiology, organ-system physiology (cardiovascular, respiratory, renal, endocrine, nervous).
• Pathology and disease: courses in pathophysiology, mechanisms of disease, inflammation and immune dysfunction.
• Laboratory and practical skills: experimental design, histology, physiological measurement techniques, laboratory safety and ethics.
• Research and capstone options: independent research projects, senior seminar or capstone courses that develop critical appraisal and scientific communication skills.
• Electives and interdisciplinary study: opportunities to take electives in public health, pharmacology, biomedical engineering, or data analysis to tailor the degree to career goals.

Entry requirements

Applicants are normally expected to have a high school diploma or equivalent with strong grades in science and mathematics. Typical preparation includes secondary-level biology and chemistry, and algebra or precalculus. Colleges and universities commonly consider a combination of grades, personal statement, references and relevant extracurricular experience.

For transfer students, previous college-level coursework in biology, chemistry and mathematics is usually required; admission decisions take into account transferable credits and GPA. Standardised tests may be optional depending on current institutional policy. Prospective students with healthcare or laboratory experience are encouraged to highlight this in their application.

Career prospects

Graduates are well placed for a range of careers in healthcare, research and the life sciences. Common pathways include:

• Progression to professional schools: medical, dental, physician assistant and physical therapy programmes.
• Laboratory and research roles: research technician, laboratory assistant, clinical research coordinator in universities, hospitals or industry.
• Allied health and clinical support: roles in physiological measurement, medical device companies, diagnostic laboratories, and rehabilitation services.
• Further academic study: MSc or PhD programmes in physiology, biomedical sciences, neuroscience or related fields leading to careers in research and academia.
• Broader opportunities: healthcare administration, scientific sales, regulatory affairs and public health roles where strong scientific literacy is an asset.

Why study at Boise State University

Boise State offers a programme that emphasizes hands-on learning and student involvement in active research. Small-to-medium class sizes allow for close interaction with faculty and opportunities to join research projects in physiology and biomedical science laboratories. The university’s location in a regional health and biotech community provides access to clinical partners, internships and local employers.

Students benefit from modern teaching laboratories, mentorship from faculty with research experience, and a curriculum designed to prepare graduates for professional school or immediate entry into laboratory and allied-health roles. Support services for career development and graduate school preparation help students turn their degree into clear next steps.