University of Chicago

What you'll study

This programme combines core biomedical science subjects with applied clinical and research training. Core modules typically include advanced pathophysiology, clinical pharmacology, human physiology and disease mechanisms, and evidence-based medicine. Students also undertake intensive coursework in clinical research methods and statistics, covering study design, biostatistics, clinical trial methodology, ethics and regulatory affairs.

• Core biomedical and clinical modules: advanced pathophysiology, clinical pharmacology, organ-system based clinical sciences.
• Research and methods: biostatistics, epidemiology, study design, outcome measurement, research ethics and data management.
• Translational and applied learning: clinical case seminars, diagnostic reasoning, interprofessional clinical workshops and simulated clinical encounters.
• Electives and special topics: medical education, health policy, implementation science, precision medicine, biomedical informatics (electives depend on availability).
• Capstone project or thesis: an independent research project or applied clinical translation project carried out with faculty supervision, often drawing on opportunities at UChicago Medicine or partner hospitals.

The programme is structured to balance classroom learning, hands-on research experience and exposure to clinical environments. Students can expect journal clubs, journal-based assignments, and opportunities to collaborate with clinical investigators across departments. Depending on programme options, clinical observerships or placements with research teams are available to provide practical context for coursework.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in a relevant discipline such as biomedical sciences, nursing, allied health, pharmacy or a related field. Applicants with professional healthcare qualifications (for example, MD, DO, MBBS, RN) and relevant clinical experience are also encouraged to apply. Typical application materials include:

• Academic transcripts demonstrating a strong record in science and quantitative subjects.
• A current curriculum vitae or résumé outlining relevant study and clinical or research experience.
• A personal statement describing academic and professional goals and how the programme will support them.
• References: two or three letters of recommendation, ideally including at least one academic referee and one clinical or professional referee.
• Evidence of English language proficiency for applicants whose first language is not English (e.g. TOEFL/IELTS or equivalent), where required.

Some applicants may benefit from prior coursework or experience in statistics, research methods or clinical settings. The programme may consider applicants with substantial professional experience even if their undergraduate degree is in a different field. Admissions enquiries can clarify whether additional preparatory work is recommended.

Career prospects

Graduates move into a variety of clinical, research and healthcare roles. Common career paths include clinical research coordinator or manager, clinical trials specialist, research analyst, clinical data manager, and roles within hospital quality improvement and clinical operations. Graduates also progress to further clinical training or professional degrees (such as residencies, physician assistant programmes, or doctoral research degrees) depending on prior qualifications and career goals.

Other career destinations include positions in the biopharmaceutical industry (clinical development, regulatory affairs), public health agencies, health policy organisations, and medical education. The research and translational training provided by the programme is useful for clinicians and scientists aiming to lead investigator-initiated studies or to bridge laboratory findings into clinical practice.

Why study at University of Chicago

The University of Chicago offers strong integration between academic departments and a major academic medical centre, providing access to multidisciplinary faculty engaged in clinical investigation and translational research. Students benefit from collaborations across medicine, biological sciences, public health and data science, and from proximity to clinical activity at UChicago Medicine and affiliated hospitals.

Teaching emphasises rigorous scientific reasoning, critical appraisal of evidence and hands-on research mentorship. The university’s research infrastructure, including clinical trials offices and core facilities, supports student capstone projects and provides exposure to real-world clinical research operations. The programme’s connections within the Chicago healthcare ecosystem also present opportunities for professional networking and career development in both clinical and industry settings.