Max Robotics — Global Service Robot Directory + US Certification

About

Susumu Tadakuma is a pioneering roboticist whose work spans three critical domains: human-assistive robotics, energy-efficient bipedal locomotion, and intelligent monitoring for elderly care. His most influential contribution, the “Minimum jerk control of power assisting robot” (34 citations), introduced a novel trajectory control method that accounts for the intermittent nature of human input force—a fundamental insight for designing intuitive upper-limb assistive devices and power-assisting wheelchairs. Tadakuma’s innovative “Energy-Saving Shoes for Robot” series (31 citations) represents a breakthrough in passive walking dynamics, proposing flexible shoe systems that deform in the lateral plane to absorb kinetic energy and reduce ankle torque, enabling more natural, efficient bipedal gait. His vision for elderly support extends to the “Sensing and Robotic Support Room,” where omni-directional vision sensors and Bayesian networks detect abnormal behaviors (7 citations), laying groundwork for autonomous home-care environments. Through behavior mode switching and trajectory control for human-cooperation robots, Tadakuma has consistently addressed the challenge of seamless human-robot interaction. His work—though modest in citation volume—demonstrates remarkable foresight in combining biomechanics, energy optimization, and ambient intelligence, making him a notable contributor to assistive and rehabilitation robotics.