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About

Shunji Moromugi is a pioneering roboticist whose work bridges human intent and machine action, with a particular focus on assistive and medical robotics. His research spans wearable sensing, human-machine interfaces, and autonomous systems, most notably through the development of an ultrasonic sensor disk for detecting muscular force—a key contribution to exoskeleton power suits that has garnered 14 citations. This innovation addresses the critical need for accurate motion-intention sensing in wearable robots. Moromugi also achieved a landmark in mobile robotics by developing the first successful robotic unicycle that mimics human riding dynamics, a project that demonstrates his flair for bio-inspired design. In the medical domain, he has made significant strides in surgical assistance: his remote-controlled airbag device for improving upper airway collapsibility during anesthesia, and his robotic laparoscope holder operated by head and jaw movements, both showcase his commitment to enhancing clinical precision and safety. With over 30 citations across his most-cited works, Moromugi’s contributions are characterized by a unique synthesis of mechanical ingenuity and practical healthcare applications, making him a notable figure in the evolution of human-robot collaboration.