University of Utah

What you'll study

This programme covers the structure and function of the nervous system from genes and molecules to behaviour and cognition. Core topics typically include cellular and molecular neuroscience, neuroanatomy, synaptic physiology, systems and behavioural neuroscience, cognitive neuroscience and developmental neurobiology. Students also take foundational courses in biology, chemistry, physics and statistics to support experimental work.

Practical and research skills are emphasised: laboratory courses in electrophysiology, microscopy and molecular techniques, data analysis and experimental design are part of the curriculum. Many students complete a senior capstone or honours-style thesis project working alongside faculty in campus laboratories, and there are options to take specialised electives in computational neuroscience, neuropharmacology, neuroimaging and disease mechanisms.

• Core modules: cellular & molecular neuroscience, neuroanatomy, systems neuroscience, developmental neuroscience.
• Skill modules: laboratory techniques, research methods, statistics for biology, computational methods/data analysis.
• Electives: cognitive & behavioural neuroscience, neuropharmacology, neurodegenerative disease biology, brain imaging techniques.
• Capstone: independent research project or senior thesis with faculty mentorship.

Entry requirements

Applicants are expected to have a strong background in the sciences and mathematics. Typical preparations include secondary-level biology and chemistry plus mathematics; physics is also recommended. For students applying from the US, competitive academic performance in high school and strong grades in science courses are required. International applicants should present equivalent qualifications (for example, A-levels, IB or other national credentials) with strengths in science and maths.

Beyond grades, successful applicants often demonstrate preparation through laboratory experience, summer research, science-related extracurricular activities or a clear statement of interest in neuroscience. Transfer applicants and current University of Utah students must meet college and departmental progression rules and will usually need to have completed key prerequisite courses before advancing into upper‑division neurobiology coursework.

Career prospects

Graduates of the neurobiology programme pursue a broad range of careers. Common next steps include graduate study (MSc/PhD) in neuroscience or related biomedical fields, and professional schools such as medicine, dentistry or physiotherapy. The degree also prepares students for roles in biotechnology and pharmaceutical industries, clinical research, neuroimaging and medical-device companies.

Other career paths include scientific research technician positions, laboratory management, data analysis and computational roles, science policy and education, regulatory affairs, and science communication. The programme’s emphasis on quantitative skills and research experience is particularly valuable for students aiming for competitive graduate or professional programmes.

Why study at University of Utah

The University of Utah offers a research-intensive environment with numerous opportunities for undergraduates to engage in hands-on projects alongside active neuroscience faculty. Students benefit from access to modern laboratory facilities and interdisciplinary collaborations across biology, engineering, psychology and computer science.

The university’s clinical partners and nearby medical centres provide avenues for translational research and clinical observation, while structured undergraduate research programmes and faculty mentorship make it realistic for motivated students to gain meaningful lab experience. Additionally, the university’s location supports a balanced student experience, with a community that values outdoor recreation and a cost of living that can be favourable compared with other major research hubs.