Kyungjin Kim

University of Connecticut, Korea Advanced Institute of Science and Technology

Papers

Total Citations

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About

Kyungjin Kim is a pioneering researcher at the intersection of soft robotics, bioelectronics, and neural interfaces. Their work centers on developing advanced electrocorticography (ECoG) systems and soft artificial muscles for next-generation biomedical applications. Kim’s most impactful contribution is the deployment of an electrocorticography system integrated with a soft robotic actuator (2023, 75 citations), addressing critical limitations in current brain-machine interfaces and epilepsy mapping devices by enabling minimally invasive, compliant neural recording. This work has significant implications for both clinical neurosurgery and neuroprosthetics. Additionally, Kim has made foundational contributions to visual servoing for robotic control, introducing the concepts of Augmented Image Space and Transformed Feature Space (1991, 17 citations), which formalized image feature definitions for efficient “eye-in-hand” robot manipulation. More recently, Kim developed a moisture-resistant electro-ionic soft artificial muscle using polyisobutylene-encapsulated PEDOT:PSS electrodes (2023, 6 citations), advancing durable, low-voltage actuators for bioelectronic interfaces. Across these diverse domains, Kim’s research consistently bridges engineering innovation with clinical and robotic applications, demonstrating a unique ability to solve practical challenges in neural recording, robotic vision, and soft actuation.