Neurobiology at Georgetown

Program Highlights

Engage with the foundations of Neurobiology by diving into key cellular, molecular, and systems neuroscience to build a strong understandin og how the brain and nervous system function.
Develop critical skills by examining and interpreting groundbreaking scientific studies.
Learn to design and conduct experiments with precision.
Gain hands-on experience with the latest methods used in neuroscience research.
Investigate how brain function influences behavior in both health and disease.
Tuition:

Residential Tuition:
$5,698

Commuter Tuition:
$2,998

Dates:

Session 1:
June 29, 2025 July 11, 2025

Location:

Georgetown Neighborhood
Washington, DC

Course Overview

This course offers students a comprehensive introduction and exploration of neurobiology and the fascinating interdisciplinary study of neuroscience, the brain and nervous system. Students will explore “normal behavior” by dissecting the precise mechanisms the nervous system orchestrates thought, action, and emotion. Through a combination of lectures, interactive discussions, and hands-on activities, students will delve into the intricate world of molecules, cells, and the circuits that shape human behavior. From understanding developmental processes to examing the impacts of brain injury and disease, students will gain a holistic understanding of neurobiological principles while fostering a broader perspective on this fascinating field of research. Students will also explore the wide range of job prospects in neurobiology across many sectors including academic research, biotechology, drug discovery, clinical and medical settings, biomedical engineering, neuroinformatics and more.

Meet your instructor

Gabriela Rosenblau

Neurobiology

Gabriela Rosenblau is an Associate Professor in the Department of Psychological and Brain Sciences at the George Washington University (GWU). She is also affiliated with the Autism and Neurodevelopmental Disorders Institute at GWU. She is part of the Cognitive Neuroscience program and the Director of Undergraduate Studies for the Cognitive Neuroscience BS major. Her research combines computational and neuroscientific methods to understand the cognitive and neurobiological mechanisms underlying social interactions across development and clinical populations, especially Autism Spectrum Disorder.

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Topics you'll explore

Hands-On Learning


Hands-on experiments in this course are carefully designed to expose students to a broad range of molecular, microbiological, and cell biological techniques currently used in research laboratories.

Career Exploration


Students will have the opportunity to visit a local neuroscience center engaged in research and development, as well as interact with professional neurobiologists.

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