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About

Eiji Muro is a robotics researcher whose career has centered on the development of human-cooperative robotic systems, with a particular focus on construction automation and mobile manipulation. Working against the backdrop of Japan's aging workforce, Muro pioneered control methodologies for man-robot cooperative manipulators designed to assist human operators in handling heavy objects safely and efficiently — work that began as early as 1991 and remained a defining thread throughout his research. His most significant contributions include algorithms for center-of-gravity control in manipulator/vehicle systems, ensuring stability during cooperative tasks, and intuitive force-sensor-based interfaces that allow human operators to guide robotic arms with minimal effort. His 2003 paper on center-of-gravity control for manipulator/vehicle systems stands as his most influential work, accumulating 46 citations, while his broader body of work has collectively shaped thinking around redundant robotic systems and human-robot task sharing. Beyond manipulation, Muro contributed to legged robotics, developing an omnidirectional six-legged walking robot capable of traversing rough terrain and operating a manipulator simultaneously. His interdisciplinary approach — bridging mechanical design, control theory, and human factors — offers students a compelling model of how applied robotics research can directly address real-world labor and safety challenges.