Summer Springboard
Neurobiology
ACADEMIC COURSE


LEARN WHAT HAPPENS INSIDE THE BRAIN WITH THIS HANDS-ON JOURNEY THROUGH NEUROBIOLOGY, BEHAVIOR, AND EMERGING CAREERS IN NEUROSCIENCE
Course Highlights
- Explore how neurobiological research deepens our knowledge of brain complexity and behavior.
- Investigate the effects of brain injuries and neurological disorders on nervous system function.
- Analyze how the brain adapts over time through learning, experience, and environmental factors.
- Describe the structure and function of the nervous system and explain how neural circuits influence human thought, behavior, and emotion.
- Explore and evaluate career pathways in neuroscience and neurobiology across fields such as research, biotechnology, healthcare, and biomedical engineering.
- Build critical thinking and analytical skills through hands-on scientific inquiry and experimentation.
Summer Springboard
Neurobiology
Course Overview
This course provides a comprehensive introduction to neurobiology and the interdisciplinary field of neuroscience, focusing on the brain and nervous system. Students will examine the mechanisms behind thought, emotion, and behavior by exploring how the nervous system coordinates these complex functions. Through lectures, interactive discussions, and hands-on activities, students will investigate the molecular, cellular, and circuit-level foundations of human behavior. Topics include brain development, neural communication, and the effects of injury and disease. In addition, the course highlights diverse career paths in neurobiology, including opportunities in academic research, biotechnology, drug discovery, clinical practice, biomedical engineering, and neuroinformatics.
LEARNING OUTCOMES
Outcome #1
Comprehend the fundamental structure and function of the mammalian nervous system.
Outcome #2
Learn how neurobiological research has advanced our understanding of the complexities of the brain.
Outcome #3
Explore disruptions in the brain caused by injury or neurological disease.
Outcome #4
Analyze how the nervous system adapts throughout life in response to experiences






