Seattle University

What you'll study

The programme combines core biological sciences with focused coursework in human physiology and pathophysiology. You will study cell and molecular biology, human anatomy, biochemistry, immunology, pharmacology and systems physiology, alongside laboratory skills and experimental design. Typical modules include cellular physiology, cardiovascular and respiratory physiology, neurophysiology, mechanisms of disease, clinical laboratory techniques and research methods.

Teaching mixes lectures, small seminars and laboratory practicals. Students undertake guided laboratory projects and are encouraged to complete an independent research project or capstone in their senior year, developing skills in data analysis, scientific communication and critical appraisal of primary literature.

Entry requirements

Applicants are expected to hold a high school diploma (or equivalent) with strong attainment in science and mathematics. Typical preparation includes biology and chemistry at advanced secondary level and competence in algebra or introductory calculus. Admissions consider the overall academic record, personal statement and references; standardised tests may be optional depending on admissions policies.

For transfer students or those with prior post‑secondary study, the programme recognises relevant college coursework in biology, chemistry and mathematics. International applicants must demonstrate English language proficiency in line with the university's general requirements.

Career prospects

Graduates enter a range of pathways. Common next steps include:

• Pre‑health professions: many students pursue graduate or professional programmes in medicine, physician assistant studies, dentistry, nursing or physical therapy.
• Laboratory and technical roles: positions as research technicians, clinical laboratory assistants, quality control analysts or biomedical technologists in academia, hospitals and industry.
• Further study and research: progression to MSc or PhD programmes in physiology, biomedical sciences, pharmacology or related fields.
• Careers in public health, medical writing, regulatory affairs or biotechnology, where strong understanding of human biology and laboratory practice is valued.

Why study at Seattle University

Seattle University is a Jesuit institution emphasising undergraduate teaching, mentorship and experiential learning. The programme benefits from small class sizes and direct access to faculty, enabling close supervision of laboratory projects and research internships.

Located in a major metropolitan health and biotech region, students can take advantage of internship and clinical observation opportunities with nearby hospitals, research centres and companies. The university emphasises holistic formation and ethics in health care, preparing graduates to combine scientific competence with professional responsibility and community engagement.