Emory University

What you'll study

The programme covers core areas needed to understand the nervous system at multiple levels:

• Cellular and molecular neuroscience — membrane physiology, synaptic transmission, molecular signalling and neuropharmacology.
• Systems and behavioural neuroscience — neural circuits, sensory systems, motor control and the neural bases of learning, memory and emotion.
• Neuroanatomy and development — structural organisation of the central and peripheral nervous systems and neural development across the lifespan.
• Quantitative and computational methods — statistics, data analysis, coding for neuroscience applications and computational models of neural systems.
• Research methods and laboratory skills — experimental design, microscopy, electrophysiology, molecular techniques and ethical conduct of research.

Students typically take foundational courses in general biology, organic chemistry, physics and calculus before progressing to specialised electives such as cognitive neuroscience, neuroendocrinology, systems physiology, neuroimaging and neurodegenerative disease. Many students pursue independent research projects or a senior thesis under faculty supervision; internships at the School of Medicine, Yerkes National Primate Research Center or local biotech organisations are common.

Entry requirements

Admission to Emory University is competitive. Prospective students for the neurobiology and neurosciences major are expected to present a strong secondary-school academic record with substantial preparation in the sciences and mathematics. Recommended high-school preparation includes biology, chemistry and mathematics (calculus or pre-calculus); physics and advanced science electives are advantageous. Applicants submit the university application, personal statement, and school reports; letters of recommendation highlighting academic potential in science are helpful. Standardised test results may be considered if submitted. Specific admissions policies and requirements may vary, so consult Emory’s admissions guidance for precise details.

Career prospects

Graduates enter a wide range of postgraduate pathways and careers. Common directions include:

• Graduate or professional study — PhD programmes in neuroscience, biomedical sciences or related fields, and professional schools such as medicine, dentistry or pharmacy.
• Research and industry roles — research technician positions, laboratory management, clinical research coordination, or roles in biotech and pharmaceutical companies.
• Healthcare and allied professions — preparation for careers in clinical practice, neuropsychology, occupational therapy or genetic counselling (with appropriate additional training).
• Other options — science policy, science communication, education and data science jobs that value quantitative and analytical skills developed in the programme.

Why study at Emory University

Emory offers strong advantages for neuroscience students, including close ties to the School of Medicine and affiliated research centres that provide access to clinical research, advanced instrumentation and translational projects. The university’s connections to the Yerkes National Primate Research Center expand opportunities for comparative and primate neuroscience. Small seminar-style classes, active faculty mentorship and numerous undergraduate research placements help students gain practical experience and build competitive applications for postgraduate study. Additionally, Emory’s location in Atlanta places students in a regional biomedical and public health ecosystem with internships and collaborative possibilities across hospitals, research institutes and industry partners.