Chang‐Hoon Kim

Papers

Total Citations

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About

Chang-Hoon Kim is a robotics and control systems researcher whose work focuses on the intersection of pneumatic systems, robotic manipulation, and process automation. His most recognized contribution lies in the development of robust coordination control methodologies for robotic deburring applications, a technically demanding area that requires precise management of tool-workpiece interactions in dynamic manufacturing environments. In his notable 2006 study, Kim advanced the field by engineering an active pneumatic deburring tool system that thoughtfully integrates tool dynamics, manipulator behavior, and workpiece characteristics into a unified control framework — a holistic approach that marked a meaningful step forward in automated finishing processes. By coupling deburring process information directly into the control design, his work addressed real-world industrial challenges that simpler models had previously overlooked. While his citation record reflects work in a specialized niche of robotics, his contributions demonstrate a rigorous engineering mindset applied to practical manufacturing automation. Researchers and students working in force-controlled robotics, pneumatic actuation, or human-robot-environment interaction will find Kim's methodological approach to coordinated robotic control both technically instructive and industrially relevant.