Overview

About Neuroscience

We provide a comprehensive background in the core areas of neuroscience, including neurobiology, cognitive neuroscience, behavioral science, and neurochemistry.

Through these experiences, you'll gain a deep understanding of the structure and function of the nervous system, as well as the critical thinking, analytical, and laboratory skills needed to explore the biological basis of behavior and brain function. Students also have opportunities for research and advanced coursework to further their scientific development.

You'll be prepared for graduate or professional study and a career in neuroscience research, medicine, mental health, or related health and science fields.

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CLASSES OF NOTE

Cellular Neuroscience

Students will explore the fundamental unit of the nervous system by examining cellular structure and function before delving into the molecular underpinnings that facilitate communication both centrally and peripherally. Emphasis will be placed on signal propagation, second messenger modulation, potentiation, neurotransmitter synthesis and axon growth, presented through the lens of historical and contemporary research while drawing examples from clinically significant case studies.

Functional Neuroanatomy

Functional Neuroanatomy is the study of structures of the human brain, spinal cord, peripheral nerves and sensory organs of the human body with a functional perspective. This course will introduce the student to both anatomical structures and basic, principal physiological processes of the nervous system together with the organs of special senses.

Advances in Neuroscience

Comprehensive and interdisciplinary by design, this capstone course asks students to leverage the entirety of their training to discuss and predict the future of neuroscience research while emphasizing clinical application of recent therapeutic breakthroughs. Students will use their knowledge of molecular biology, biochemistry, anatomy, physics and immunology to dissect landmark studies, recent advancements, and controversial theories that shape modern neurobiological landscapes.