Felix Walcher
Papers
2
Total Citations
42
H-Index
2
About
Felix Walcher is a leading researcher in the field of collaborative robotics (cobots) and occupational biomechanics, with a specific focus on human-robot physical interaction safety. His primary research areas include the development of statistical models to determine biomechanical limits for safe human-robot collaboration, and the investigation of injury thresholds for blunt impacts on the human hand-arm system. Walcher’s major contributions involve challenging and refining the safety standards underlying ISO/TS 15066, particularly the reliance on pain thresholds as a proxy for injury prevention. His most-cited work (2022, 31 citations) presents a statistical model to define biomechanical limits for physically safe interactions with collaborative robots, directly informing power and force limiting (PFL) safeguarding modes. A subsequent study (2023, 11 citations) critically examines whether pain-based limits truly protect against blunt impact injuries, offering empirical evidence to guide future standards. By bridging biomechanics and robotics, Walcher’s research has significant implications for workplace ergonomics and safety, ensuring that collaborative robots can operate effectively without compromising human well-being. His work is essential reading for engineers and safety researchers designing next-generation human-robot workspaces.
Research Focus
Key Achievements
Top Papers
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