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About

Thomas Hulin is a prominent robotics researcher whose work spans haptic systems, teleoperation, and human-robot interaction, with particular expertise in advancing the stability, design, and real-world application of haptic interfaces. His foundational contributions to haptic rendering stability — most notably his widely cited 2009 study on the influence of viscous damping and delay on system stability (81 citations) — established critical theoretical frameworks that continue to guide the field. Hulin has been instrumental in developing sophisticated bimanual haptic devices at the German Aerospace Center (DLR), including a human-scale interface using lightweight robot arms that closely mirrors human arm capabilities, demonstrating both engineering ingenuity and practical vision. His research extends into high-stakes real-world domains: he has pioneered force-feedback telemanipulation for planetary geology exploration (45 citations) and virtual reality simulation for on-orbit servicing missions (39 citations), addressing both scientific discovery and the growing challenge of space debris. More recently, his work on heterogeneous robotic assistants in caregiving (30 citations) reflects a commitment to societal impact. Through rigorous contributions to passivity control, workspace optimization, and multisensory feedback, Hulin's cumulative body of work — spanning over 380 citations — has meaningfully shaped how humans interact with robotic systems across Earth and beyond.