BA in Neuroscience in Boston United States | Boston University

The nervous system governs our drives, perceptions, recollections, and movements, creating the astonishing diversity of behaviors seen in both humans and other creatures. Yet how does this web of neural connections—ranging from mere hundreds in simple organisms to approximately 100 billion in humans—accomplish such extraordinary feats? What processes allow healthy brains to produce consciousness, emotions, unparalleled behavioral sophistication, and an almost boundless ability to form new memories? How do neurological disorders and injuries lead to symptoms like memory impairment and paralysis in conditions such as Alzheimer's or spinal trauma? Furthermore, what future possibilities—like innovative medications or neural prosthetics—might emerge to address these conditions?

The Neuroscience undergraduate program stems from both a passion for investigating these questions and a pressing need to cultivate scientific understanding in an era of groundbreaking discoveries. Increasing scholarly and public fascination with the brain reflects an exciting period for neuroscience, shaping our dual objectives: equipping students for careers in neuroscience or related scientific fields (in academia or industry) while developing transferable skills applicable to diverse paths like education, law, policy, communications, business, engineering, health sciences, and clinical therapy.

Learning Outcomes
Graduates of the Neuroscience Major will:

Gain comprehensive expertise in neuroscience, covering theoretical and experimental approaches across all analytical levels. For instance: How does sensory neuroanatomy enable language? What molecular processes trigger neurodegeneration?
Develop strong scientific writing skills, including literature synthesis, clear/logical presentation, and mastery of standard formats like research papers and grant applications.
Acquire rigorous scientific methodology skills—forming testable hypotheses, designing controlled experiments, distinguishing causation from correlation, and applying evidence-based analysis.