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About

Haruo Hoshino is a robotics engineer and researcher whose career has centered on the development of advanced robotic systems for construction and demanding real-world environments. His most influential contributions lie in three interconnected domains: man-robot cooperative manipulation, multi-legged locomotion, and mobile robotics for rough terrain. Hoshino's early and most-cited work, beginning in 1991, introduced novel robotic manipulators designed around human-robot cooperation principles, directly addressing anticipated labor shortages in aging societies — a prescient concern that has only grown in relevance. These systems, developed with collaborators including Toshio Fukuda, featured sophisticated gravity-center and posture control to enable safe, effective collaboration between human operators and hydraulic manipulators in construction settings. Equally notable is his sustained investigation into omni-directional six-legged walking robots, employing parallel link mechanisms and linear actuators to achieve flexible locomotion across uneven terrain. His later work extended this through genetic programming techniques for adaptive gait generation and interconnected suspension mechanisms for rough-terrain vehicles. In 2011, Hoshino contributed to a robotic system for removing hazardous asbestos from aging building structures, demonstrating continued commitment to practical, safety-critical construction applications. With accumulated citations spanning three decades of publication, his body of work represents a coherent and enduring contribution to construction robotics and human-robot collaboration.