Boise State University

What you'll study

This master’s programme combines core coursework in physiology and pathophysiology with laboratory‑based research and elective modules tailored to student interests. Core topics commonly covered include cellular and molecular physiology, systems and integrative physiology (cardiovascular, respiratory, renal and neurophysiology), mechanisms of disease, and contemporary laboratory methods such as molecular biology, histology and imaging techniques.

Students normally select from a mix of taught units and independent research. Typical taught modules and activities include:

• Cell and Molecular Physiology — membrane signalling, ion channels, cellular bioenergetics.
• Pathophysiology — cellular mechanisms of disease, inflammation, and tissue repair.
• Systems Physiology — in‑depth study of cardiovascular, respiratory, renal and neuroendocrine systems.
• Experimental Methods in Biomedical Science — hands‑on training in molecular techniques, microscopy, histopathology and data acquisition.
• Biostatistics and Experimental Design — statistical approaches for analysis of experimental and preclinical data.
• Journal Club and Seminar Series — critical appraisal of current literature and presentation skills.
• Electives — options such as immunopathology, pharmacology, toxicology, or advanced imaging depending on faculty offerings.

Programme structure typically offers thesis (research) and non‑thesis (project or coursework) routes. The thesis route emphasises an original laboratory research project supervised by a faculty member, while the non‑thesis route focuses more on additional coursework and a capstone project or comprehensive exam.

Entry requirements

Applicants are expected to hold an undergraduate degree in biological sciences, physiology, biomedical science or a closely related discipline with a strong foundation in cell biology, chemistry and quantitative methods. Typical application materials include an academic transcript, a personal statement outlining research interests and career goals, two or three letters of recommendation, and a resume or CV.

Research experience (undergraduate research project, internship or laboratory work) is highly desirable and strengthens an application. International applicants must demonstrate proficiency in English through an approved test or other university‑accepted evidence. Specific GPA or exam thresholds vary; prospective students should consult the programme admissions office for detailed guidance.

Career prospects

Graduates leave with practical laboratory skills, data analysis experience and a strong conceptual grounding in mechanisms of health and disease, preparing them for a broad range of careers. Common paths include:

• Research technician or scientist roles in university, hospital or industry laboratories.
• Further academic study such as a PhD in physiology, biomedical sciences or related fields.
• Positions in the pharmaceutical or biotechnology sectors including drug discovery and preclinical development.
• Clinical laboratory science and diagnostic services (with appropriate certification where required).
• Regulatory affairs, science policy, technical writing or applied data analysis roles in health and life‑science organisations.
• Preparation for professional training such as medical, dental or allied health programmes.

Why study at Boise State University

Boise State offers a research‑oriented environment with accessible faculty mentorship and opportunities for interdisciplinary collaboration across biological, engineering and health sciences. The university provides modern laboratory facilities and core instrumentation that support molecular, imaging and physiological research, enabling students to gain hands‑on technical competency.

Small cohort sizes and an emphasis on experiential learning mean students often receive personalised supervision on research projects and have chances to present at seminars and regional conferences. The university’s regional partnerships with clinical and industry organisations provide pathways for applied projects, internships and community‑engaged research. Additionally, Boise’s quality of life and natural environment make it an attractive location for students who value outdoor recreation alongside their studies.