Max Robotics — Global Service Robot Directory + US Certification

About

Shigeki Sugano is a pioneering roboticist whose career has been defined by a singular vision: creating robots that can safely and effectively coexist with humans. Based at Waseda University, his research spans humanoid robotics, physical human-robot interaction, tactile sensing, and intelligent manipulation — fields in which he has produced some of the most influential work of the past two decades. Sugano's landmark contribution, the TWENDY-ONE human symbiotic robot (2009, 255 citations), exemplifies his commitment to designing robots capable of assisting elderly individuals with both physical strength and delicate dexterity while ensuring contact safety. His foundational work on mechanical impedance adjusters (2002, 157 citations) and gravity compensation mechanisms (2004, 100 citations) established critical principles for compliant, physically safe robotic joints. Equally transformative is his work on tactile sensing, particularly the uSkin soft electronic skin platform (2017–2018, over 310 combined citations), which brought distributed, multi-axis force sensing to robot hands and humanoid platforms like iCub. His application of deep learning to robotic manipulation — from folding tasks (2016, 235 citations) to tactile object recognition (2014, 111 citations) — further bridges physical robotics with modern AI. Collectively, Sugano's contributions have shaped the field's understanding of safe, dexterous, and perceptive robot systems.