Tatsuhisa KOSHIBA

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About

Tatsuhisa Koshiba is a robotics researcher whose work focuses on advancing flexible manufacturing systems, particularly in sheet metal bending. His key research areas include dual-arm robotic manipulation, motion planning, and automated regrasp strategies for industrial applications. Koshiba’s major contribution lies in developing a novel regrasp motion planning method for sheet metal bending using a dual-arm robot, a system that enhances flexibility and efficiency in manufacturing. His 2012 paper, "Regrasp Motion Planning for Sheet Metal Bending by a Dual-Arm Robot," has garnered 4 citations, reflecting its foundational role in this niche field. By addressing the critical challenge of regrasping—where a robot must reposition a workpiece mid-process—Koshiba’s work enables more autonomous and adaptive production lines. His achievements include pioneering approaches that integrate robotic dexterity with industrial needs, offering practical solutions for complex bending tasks. For students and researchers, Koshiba’s research exemplifies how targeted motion planning can transform traditional manufacturing, making it more responsive and cost-effective. His contributions continue to inspire innovations in robotic automation and smart factory design.