University of Oregon

What you'll study

This master’s combines advanced coursework, practical laboratory experience and a capstone research or practicum project. Core themes include clinical physiology, pathophysiology, clinical pharmacology, research design, biostatistics and evidence-based medicine. Typical modules and learning activities cover:

• Clinical Physiology and Pathophysiology — mechanisms of disease, organ-system function and clinical interpretation of physiological data.
• Clinical Research Methods and Biostatistics — study design, statistical analysis, data management and critical appraisal of clinical literature.
• Diagnostic Techniques and Laboratory Medicine — laboratory assays, molecular diagnostics, quality assurance and laboratory safety.
• Pharmacology and Therapeutics — pharmacokinetics, drug–disease interactions and therapeutic decision-making.
• Ethics, Regulation and Clinical Governance — research ethics, informed consent, regulatory frameworks and patient safety.
• Capstone Project or Practicum — a supervised research project, systematic review or clinically based placement with a written thesis or professional portfolio.

Teaching typically mixes lectures, small-group problem-based learning, laboratory practicals and supervised placements. Assessment methods include exams, coursework, practical reports and the final project. Students often have opportunities to collaborate on interdisciplinary projects and may undertake placements or research with clinical partners in the region.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree with substantial content in biological, biomedical, health science or related quantitative subjects. Typical academic expectations include a strong undergraduate transcript in relevant subjects. Additional application elements usually comprise:

• A personal statement outlining academic preparation, clinical or research experience and career goals.
• One or more academic or professional references.
• A current CV or résumé highlighting relevant laboratory, clinical or research activities.
• Some programmes may consider applicants with significant professional healthcare experience even if their academic background is not directly in biomedical sciences.

Specific entry standards, language requirements for international applicants and any prerequisite coursework are published by the university and should be checked before applying. Some applicants choose to undertake preparatory coursework if their undergraduate degree lacked key subjects such as physiology, biochemistry or statistics.

Career prospects

Graduates leave prepared for a range of clinical and research-focused roles across healthcare, academia and industry. Common career paths include:

• Clinical research coordinator or trial manager in hospitals, academic medical centres or contract research organisations.
• Laboratory supervisor or specialist in diagnostic, molecular or clinical laboratory settings.
• Allied health leadership roles and advanced practice positions in healthcare services.
• Research assistant or project lead in translational medicine, public health or biomedical research groups.
• Progression to doctoral study (PhD) or professional clinical training (medicine, physician associate programmes, clinical scientist training) depending on career aims and local professional requirements.

The programme emphasises transferable skills — critical appraisal, data analysis, scientific communication and professional practice — that are valued across clinical, regulatory and commercial environments.

Why study at University of Oregon

The University of Oregon offers this programme within an environment that supports interdisciplinary collaboration across biological and health sciences. Students benefit from access to well-equipped physiology and research laboratories, faculty active in clinical and translational research, and partnerships with regional clinical and healthcare organisations that support placements and applied projects.

The university’s emphasis on inquiry-led learning, combined with supportive graduate training resources and opportunities to work with faculty on funded research, helps prepare graduates for both professional roles and further research degrees. Prospective students should review departmental information for details on supervision, available research themes and connections to clinical partners in the region.