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About

Paolo Dario is a pioneering robotics researcher whose work spans humanoid robotics, bio-inspired locomotion, medical robotics, and human-robot interaction. His contributions have helped define the frontier of intelligent robotic systems designed to operate alongside — and in service of — humans. Among his most recognized work is the development of the RCH-1, a novel anthropomorphic robotic hand designed for humanoid applications, addressing real-world societal challenges such as aging populations and declining birth rates, particularly in Japan. This work, cited 64 times, reflects Dario's commitment to socially meaningful robotics. His research into autonomous underwater biorobots introduced innovative wireless power transfer solutions tailored to the strict size and weight constraints of aquatic platforms, garnering 38 citations and demonstrating his versatility across robotic domains. Dario has also contributed meaningfully to medical robotics, notably through comparative evaluations of robotic-aided capsule endoscopy control interfaces, advancing minimally invasive diagnostic technology. His work on jumping mini-robots explored bio-inspired legged locomotion at centimeter scales, while research into proximity and force sensing integration advanced robotic contact control. With contributions ranging from expressive humanoid systems to underwater robots, Dario's career exemplifies interdisciplinary innovation at the intersection of engineering, medicine, and human-centered design.