Our sensory systems are dynamic neural circuits that allow us to interact with and interpret our environment. This course will explore the organization of neural systems across the sensory modalities and the mechanistic basis of plasticity in these circuits. We will tackle these ideas through a series of group discussions and activities. In addition to covering topics related to sensory systems and neural plasticity, students will gain experience evaluating original research articles and data.

Example Syllabus

Cross-listed as ANAT 527, NEUS 527

Our senses are the mechanism through which we explore and perceive our world. Yet, our perceptions of the same sensory stimuli are varied across individuals. The goal of this course is to provide students with a foundation in psychology and neuroscience that explains our day-to-day perception of the world we interact with. Students will gain experience collecting practical and hands-on laboratory data inspired by everyday experiences.  We will also evaluate contemporary neuroscience and psychology research.

Example Syllabus

Neuroscience is an evolving field that requires diverse scientific approaches to tackle complex questions. This course offers an overview of the latest technical advancements in neuroscience research methods and their practical applications. Students will learn from campus experts who use various experimental techniques, gaining insight into both their theoretical and practical aspects. Additionally, the course includes laboratory visits and hands-on exercises to provide students with practical experience.

Example Syllabus

Cross-listed as BIOS 582