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About

Kazuhiko Terashima is a prominent robotics and control systems researcher whose work spans intelligent robotic manipulation, trajectory planning, vibration suppression, and rehabilitation engineering. He has made particularly significant contributions to the development of expert massage robotic systems, pioneering multi-fingered robot hands capable of replicating human therapeutic techniques through hybrid impedance and force control — work that has collectively garnered over 75 citations. His research into vibration-free trajectory planning for semiconductor wafer transfer arms and liquid container transfer systems demonstrates a consistent focus on precision motion control in industrial settings, with his integrated sloshing suppression frameworks earning widespread recognition across the field. Terashima's broader portfolio reveals a researcher deeply committed to translating advanced control theory into practical applications. His innovations in omnidirectional mobile robot steering systems and time-optimal trajectory generation for industrial robots reflect both mechanical ingenuity and algorithmic sophistication. Notably, his early work on master-slave teleoperation for rehabilitation underscores a humanitarian dimension to his engineering vision. Spanning foundational control methodologies — including two-degrees-of-freedom control for automatic pouring robots and shaped command approaches for vibration damping — his research has meaningfully advanced automation across medical, manufacturing, and service robotics domains, establishing him as a versatile and impactful figure in modern robotics research.