What is the typical path for a Vanderbilt neuroscience major from freshman year to graduation?

At Vanderbilt, a neuroscience major usually starts with foundational science and math in the first year, moves into core neuroscience and lab-heavy coursework in the second and third years, and finishes with advanced electives, research, and often a capstone-style experience by senior year. The major is housed in the College of Arts and Science and is known for being interdisciplinary, drawing from biology, psychology, chemistry, and sometimes computer science.

Freshman year is often about building the prerequisites. Many students take introductory biology and chemistry, start calculus or statistics if needed, and complete general education requirements. Some also begin introductory psychology, which helps because neuroscience at Vanderbilt overlaps meaningfully with psychological science as well as cellular and molecular biology.

Sophomore year is usually when the major becomes more recognizable as neuroscience. Students often continue organic chemistry or other required science courses while starting core classes that introduce neural systems, brain function, cognition, or cellular neuroscience.

Junior year tends to be the most intensive. Students are often balancing upper-level neuroscience courses with lab work, and this is when many deepen one area such as behavioral neuroscience, cognitive neuroscience, neurobiology, or computational approaches.

Senior year usually focuses on advanced electives and pulling experiences together. Students who have stayed involved in research may complete an honors thesis or substantial independent research project, though not everyone does. Others use senior year to finish remaining major requirements, take seminar-style courses, and prepare for next steps like medical school, PhD programs, research jobs, or related health professions.

The path is structured but flexible. The biggest fit question is whether you like a science-heavy curriculum with room for both wet-lab or clinical-adjacent research and broader questions about behavior, cognition, and the brain.