University of San Francisco

What you'll study

The programme provides a mix of core neuroscience theory, practical laboratory skills and independent research. Students study cellular and molecular neurobiology, systems and cognitive neuroscience, neurophysiology, and neuropharmacology, alongside training in experimental design and data analysis.

• Core modules: cellular & molecular neurobiology, systems neuroscience, synaptic physiology, and neural development.
• Methods and skills: electrophysiology, microscopy and imaging techniques, behavioural assays, molecular techniques (e.g. PCR, Western blot), and neuroinformatics/statistical analysis.
• Advanced topics: neural networks and computation, neurodegenerative disease mechanisms, neuroimmunology, and neuropharmacology.
• Research project: an extended, faculty-supervised laboratory or translational research project leading to a thesis or substantial research report.
• Seminars and journal clubs: regular seminar series with faculty and visiting researchers, and student-led journal clubs to develop critical reading and presentation skills.

The programme emphasises hands-on laboratory experience and the ability to design experiments, analyse data and communicate results. Elective options and specialised workshops allow tailoring to interests such as cognitive neuroscience, neuroengineering, or translational neuroscience.

Entry requirements

Typical applicants hold a bachelor’s degree in biology, neuroscience, psychology, biomedical engineering or a closely related science, with evidence of strong preparation in cellular and physiological biology, chemistry and statistics. Admission is competitive and holistic.

• Academic transcripts demonstrating a solid record in relevant undergraduate coursework.
• Letters of recommendation (usually two to three) from faculty or professional supervisors who can attest to research potential and academic strengths.
• Personal statement outlining research interests, career objectives and fit with the programme.
• CV/resume detailing laboratory experience, relevant coursework, publications or presentations, and professional experience.
• Research experience is strongly preferred; applicants with substantial laboratory coursework or independent research projects are especially competitive.
• English language proficiency evidence for international applicants where required by university policy.

Standardised test requirements (such as the GRE) may be optional or waived depending on current admissions policies; applicants should consult the programme for the latest guidance.

Career prospects

Graduates move into a range of careers across academia, industry and the public sector. The degree prepares students for:

• PhD programmes in neuroscience, neurobiology or related biomedical fields.
• Research positions in academic laboratories, medical research institutes and government research bodies.
• Laboratory and research roles in biotechnology and pharmaceutical companies, including preclinical research and assay development.
• Clinical research coordination, technical specialist roles in neuroimaging or electrophysiology, and positions in neurodiagnostics.
• Science communication, policy, and education roles that require deep subject knowledge of brain science.

Proximity to the San Francisco Bay Area’s biotechnology and biomedical research sector also provides opportunities for internships, industry networking and translational collaborations.

Why study at University of San Francisco

The University of San Francisco offers a student-centred neuroscience programme with small cohort sizes and close faculty mentorship, enabling personalised research training. The university’s location in the Bay Area gives access to a dense network of biomedical firms, research institutes and hospitals, which can enhance practicum and internship opportunities.

• Faculty-led research: students work with faculty active in diverse neuroscience areas, gaining exposure to both basic and translational approaches.
• Hands-on training: emphasis on laboratory methods, experimental design and data analysis to build practical, career-ready skills.
• Interdisciplinary environment: collaboration across departments and centres supports interdisciplinary projects linking neuroscience with engineering, psychology and health sciences.
• Professional development: seminar series, career workshops and connections to the Bay Area research community help students prepare for next-step careers or doctoral study.

Overall, the programme is suited to motivated students seeking rigorous laboratory training, a mentored research experience and access to the broader neuroscience ecosystem of the San Francisco region.