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About

Hiroyasu Iwata is a Japanese robotics researcher whose work spans humanoid robotics, medical robotics, teleoperation systems, and human-robot interaction. He rose to prominence through his contributions to Waseda University's landmark humanoid robot projects, including the Hadaly-2 and WABIAN platforms — foundational systems in bipedal locomotion research that have accumulated over 110 citations and helped shape the global humanoid robotics landscape. His research interests have since broadened considerably, addressing real-world challenges in robotic applicability and human-machine collaboration. His development of the FASTele wearable tele-echography system demonstrates a commitment to translating robotics into emergency medical care, enabling remote trauma assessment in mobile environments. Iwata has also explored adaptive gripping mechanisms, designing a three-fingered jamming gripper capable of accommodating positional errors and varied object geometries with minimal degrees of freedom. In teleoperation, he has tackled operator comfort and usability, developing a gaze-based zoom method to reduce motion sickness in head-mounted display-controlled humanoid systems. His more recent work on multi-presence telepresence robots addresses the cognitive limits of simultaneous multi-robot management, reflecting an enduring interest in making robotic systems genuinely symbiotic with human operators across medical, industrial, and disaster-response contexts.