University of San Francisco

What you'll study

This PhD programme combines advanced coursework, laboratory or clinical research, and professional development to train independent investigators. Early years typically include core modules in drug discovery and development, pharmacology and toxicology, pharmaceutics and drug delivery, biostatistics and research methods, and regulatory and health policy. Students choose electives aligned with research concentrations such as medicinal chemistry, molecular pharmacology, pharmacokinetics/pharmacodynamics, formulation science, pharmacoepidemiology or health services research.

The programme is structured around a combination of taught units and an intensive original research project that culminates in a doctoral dissertation. Milestones commonly include a qualifying or comprehensive exam, formation of a supervisory committee, annual progress reviews, and public dissertation defence. Many students gain experience teaching or supervising undergraduates and participate in interdisciplinary projects with clinical, public health and biomedical engineering partners.

• Core topics: advanced pharmacology, formulation science, pharmacokinetics and pharmacodynamics, regulatory science, statistics and experimental design.
• Research skills: laboratory techniques, bioanalytical methods, translational research approaches, clinical trial methodology (where relevant), data management and reproducible research practices.
• Professional development: scientific communication, grant writing, ethics in research, intellectual property and entrepreneurship in the life sciences.

Entry requirements

Applicants are expected to hold a relevant postgraduate degree (for example an MSc in pharmaceutical sciences, biomedical sciences, chemistry, or a PharmD) or an excellent bachelor’s degree with substantial research experience. Strong academic records and demonstrable laboratory or clinical research experience are essential. Typical supporting materials include:

• Academic transcripts and degree certificates.
• A detailed curriculum vitae highlighting research experience and any publications or presentations.
• A personal statement or research proposal describing research interests and fit with faculty strengths.
• Letters of recommendation from academic or professional referees who can speak to research potential.
• Proof of English language proficiency for applicants whose first language is not English.

The programme may consider applicants with professional pharmacy qualifications (such as a PharmD) who demonstrate strong research potential. Some applicants are expected to secure a faculty supervisor or indicate preferred research mentors as part of the application. Competitive candidates often have prior publications, funded project experience or demonstrated laboratory independence.

Career prospects

Graduates pursue a range of careers in academia, industry and the public sector. Common paths include tenure-track or research faculty positions, roles in pharmaceutical and biotechnology research and development, clinical research and translational medicine, regulatory affairs and policy, and leadership positions in pharmacoepidemiology or health outcomes research. Other opportunities include scientific leadership in clinical trials, drug safety and pharmacovigilance, technology transfer and start-up formation, and senior roles in contract research organisations (CROs) and government health agencies.

Doctoral training also equips graduates for careers that bridge science and management, such as programme leadership in translational institutes, consulting in life sciences, and positions that require advanced quantitative and regulatory expertise.

Why study at University of San Francisco

The University of San Francisco offers doctoral training in a city that is a global hub for biotechnology, clinical research and health innovation, providing strong opportunities for industry collaborations, internships and networking. The university emphasises translational and interdisciplinary research, with access to modern laboratory facilities, clinical partners and centres focused on integrative health and population science.

Students benefit from mentorship by faculty active in basic, translational and clinical research, and from an educational environment shaped by the university’s commitment to social justice and community engagement. Proximity to academic medical centres, biotech companies and regulatory bodies supports career development and real-world impact of doctoral research.

Overall, the programme is suited to candidates seeking rigorous scientific training, hands-on research experience and pathways into academic, industry or regulatory leadership in pharmaceutical sciences.