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About

Jin-Dae Kim is a robotics researcher whose work focuses on industrial automation, particularly for shipbuilding and manufacturing. His primary research areas include mobile painting robots, parallel robots, and gantry robot motion control. Kim’s most notable contribution is the development of an automated mobile painting robot with permanent magnet wheels for ship outer plates—a dangerous task traditionally performed by human workers at high altitudes. This robot, which uses a vision system for navigation, addresses critical safety and efficiency concerns in shipbuilding. His work on 6-bar parallel robots, including kinematic and dynamic analysis, explores alternatives to serial robots that suffer from deformation and vibration at high speeds. Kim has also studied redundantly actuated parallel robots and gantry robot motion for high-speed, high-accuracy positioning. While his citation counts are modest (his top paper has 12 citations), his research demonstrates practical engineering solutions for industrial challenges. His early work on robot intelligence for car body finishing, dating back to 1997, shows a long-standing commitment to advancing automation in heavy industries.