University of Oregon

What you'll study

This master’s combines advanced coursework with intensive laboratory research. Core topics typically include cellular and molecular physiology, systems and integrative physiology (for example neurophysiology and cardiovascular physiology), and pathophysiology covering mechanisms of disease. Students also take modules in experimental design, quantitative methods and biostatistics, and laboratory techniques such as electrophysiology, imaging, molecular biology and tissue analysis.

The programme is research-oriented: students normally undertake a supervised research project or thesis in a topic chosen with a faculty mentor. Typical study elements include literature review and seminar participation, hands-on laboratory training, data analysis, and presentation of results at internal symposia or conferences. Elective options and seminars allow students to pursue specialised topics such as neurodegeneration, metabolic disease, pharmacophysiology or translational approaches.

Entry requirements

Applicants are expected to hold a bachelor’s degree in physiology, biology, biomedical sciences or a closely related subject with a solid foundation in biology, chemistry and mathematics. Prior laboratory experience is strongly recommended because the programme emphasises research training. Admissions typically consider academic transcripts, a personal statement outlining research interests and goals, curriculum vitae, and letters of recommendation from academic or professional referees.

Some applicants may be asked to demonstrate competency in quantitative methods or ecological familiarity with relevant laboratory techniques. International applicants should meet the University of Oregon’s English language proficiency requirements. Specific admissions policies such as minimum grade averages, test requirements and application procedures are provided by the university and may change over time.

Career prospects

Graduates of this master’s are prepared for a range of careers across academia, industry and healthcare-related fields. Common next steps include progression to PhD programmes in physiology, neuroscience or related biomedical research areas; roles as research technicians or laboratory managers in university labs, hospitals or biotech companies; and positions in the pharmaceutical and medical device industries involving preclinical research and assay development.

Other career paths include regulatory affairs, clinical research coordination, scientific outreach and education, and preparatory training for professional schools such as medicine or physician assistant programmes. The research training, technical skills and scientific communication experience gained in the programme are directly applicable to these roles.

Why study at University of Oregon

The University of Oregon offers a personalised research environment with access to faculty whose work spans molecular, cellular and systems physiology. Students benefit from engaged mentorship, small cohort sizes and opportunities for interdisciplinary collaboration across biology, neuroscience and public health programmes.

The campus provides core laboratory facilities and instrumentation to support modern physiological research, plus opportunities to present work at departmental seminars and regional meetings. Situated in Eugene, the university balances a research-focused atmosphere with close student–faculty interaction, making it a suitable choice for students seeking hands-on training and preparation for advanced research or professional careers in the biomedical sciences.