Papers
2
Total Citations
42
H-Index
2
About
G. Pliske is a leading researcher in the field of collaborative robotics and occupational biomechanics, with a focus on ensuring physically safe human-robot interaction. Their work centers on developing data-driven models to quantify and predict the biomechanical limits of the human body—particularly the hand-arm system—during impacts with collaborative robots (cobots). Pliske’s major contributions include the creation of a statistical model that establishes biomechanical thresholds for safe physical contact, directly informing the implementation of ISO/TS 15066’s power and force limiting (PFL) safeguarding mode. Their most cited paper (2022, 31 citations) provides a rigorous framework for determining these limits, while a subsequent study (2023, 11 citations) critically examines the reliance on pain thresholds as proxies for injury prevention—a key assumption in current safety standards. By challenging this assumption, Pliske’s work pushes the field toward more robust, evidence-based safety protocols. Their research is essential reading for engineers, ergonomists, and safety specialists designing next-generation human-robot workplaces, and has already influenced both academic discourse and practical safety guidelines.
Research Focus
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Top Papers
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