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About

Grzegorz Granosik is a prominent robotics researcher whose work spans serpentine robotics, mobile robot navigation, human-robot interaction, and autonomous systems. He is perhaps best known for his pioneering contributions to serpentine — or "snake" — robot design, most notably the OmniTread platform developed at the University of Michigan, which demonstrated exceptional mobility across challenging terrains and inspired significant advances in industrial inspection and urban search-and-rescue robotics. His 2005 paper on the OmniTread has accumulated 115 citations, reflecting its lasting influence on the field. Granosik also made foundational contributions to joint actuation and pneumatic control in mobile robots, introducing the innovative Proportional Position and Stiffness (PPS) controller to minimize air consumption — a critical concern for field-deployed systems. Beyond mechanical design, his research has expanded into ROS-based navigation planning, UAV energy modeling using machine learning, and haptic interfaces for telemanipulation. Notably, his interdisciplinary reach extends to assistive technology, evidenced by his work on the Roboterapia project exploring robotic therapeutic support. With a body of work exceeding 450 cumulative citations across diverse robotics domains, Granosik represents a versatile and impactful voice in modern robotics research and engineering.