Taegyo Kim

Taegyo Kim is an Instructor in the Department of Neurobiology & Anatomy at Drexel University College of Medicine. His research focuses on developing advanced neural interface technologies and computational models of brain circuits involved in motor control. Key areas include braided microelectrode probe design, neural prosthetics, and understanding neurobiological mechanisms underlying motor adaptation.

His work combines biomedical engineering with computational neuroscience to address challenges in chronic neural implant biocompatibility and neuroprosthetic functionality. Recent studies emphasize minimizing inflammatory responses through innovative probe materials and exploring cerebellar-basal ganglia interactions in learning processes.

Publications span topics from electrode array fabrication to computational modeling of reinforcement learning systems, demonstrating interdisciplinary approaches to neurological solutions.