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About

Simon Schaetzle is a leading figure in haptic robotics and teleoperation, whose work bridges the gap between human dexterity and robotic precision. His research centers on bimanual haptic interfaces, motion simulation, and space-based teleoperation. Schaetzle’s most notable contribution is the development of a human-scale bimanual haptic interface, composed of two lightweight robot arms with a workspace and force output comparable to human arms. This system, detailed in his 2008 paper (21 citations), employs sophisticated control strategies to deliver realistic force feedback, enabling intuitive two-handed interaction with virtual or remote environments. He also advanced motion simulation through the optimization of the RoboCoaster—a serial-chain industrial robot repurposed for flight and driving simulation—addressing safety-related joint angle constraints. A highlight of his career is the KONTUR-2 experiment, where he helped create a force-feedback teleoperation system for controlling on-ground robots from the International Space Station. This work demonstrated that astronauts could achieve telepresence and perform delicate tasks from orbit, showcasing the profound impact of haptic feedback in extreme environments. Schaetzle’s research continues to shape the future of human-robot interaction.