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About

Simon Winkelbach is a robotics researcher whose work spans medical robotics, industrial manipulation, and human-robot interaction, with particularly influential contributions to the field of orthopedic surgical assistance. He is perhaps best known for his pioneering research on robot-assisted long bone fracture reduction, developing telemanipulator systems designed to improve the precision and safety of femoral shaft fracture surgeries — a body of work that has collectively accumulated over 180 citations. His systems address critical clinical challenges, including reducing malalignment during minimally invasive intramedullary nailing while also minimizing radiation exposure to surgical teams. Beyond medical applications, Winkelbach has made notable strides in industrial robotics, with his 2013 work on depth-data-driven bin-picking and grasp planning earning 51 citations and offering practical solutions to automated object isolation in manufacturing environments. His creative approach to validating manipulation control systems — demonstrated through a robot capable of playing the game Jenga — highlights his ability to integrate force/torque control, distance sensing, and real-time distributed systems in innovative ways. Across his career, Winkelbach has consistently bridged theoretical robotics research with real-world clinical and industrial applications, establishing himself as a thoughtful contributor to intelligent robotic systems.