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Encompassing a wide range of disciplines, neuroscience explores all aspects of central and peripheral nervous system function, including the brain, spinal cord, nerves, and sensory organs. Researchers in this field investigate everything from molecular and cellular neuronal processes to genetics, development, pharmacology, physiology, animal behavior, human cognition, psychology, disease mechanisms, computational models, and brain-computer interfaces. Our program graduates often pursue advanced neuroscience research or careers in diverse fields like physics, mathematics, biology, kinesiology, medicine, or psychology.
The curriculum provides rigorous scientific training through neuroscience courses and complementary studies in mathematics and sciences like calculus, biology, chemistry, and physics. Flexible degree pathways enable students to select more or less laboratory-intensive options, with opportunities to combine a neuroscience major with minors from outside the College of Natural Sciences.
UT neuroscience students gain comprehensive theoretical and practical knowledge through coursework in neuroscience and related STEM fields. All majors complete foundational studies in calculus, biology, chemistry, and physics before advancing to specialized upper-division neuroscience lectures and labs. Numerous undergraduates participate in research, with many UT neuroscience and cross-departmental labs welcoming student assistants. Some may earn academic credit for independent research projects. Those interested in research opportunities can visit our lab placement resources. Beyond academics, UT neuroscience students engage in diverse campus activities, with numerous science-focused student organizations available. Hornslink serves as an excellent platform to discover both STEM and non-STEM clubs while becoming more involved in the university community.