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About

Mirko Kunze is a leading researcher at the intersection of surgical robotics and cognitive human-robot interaction. His work primarily focuses on developing intelligent robotic systems for reconstructive surgery and dynamic manipulation. Kunze’s major contributions include pioneering pre‑programmed robotic osteotomies for fibula free flap mandible reconstruction, a technique that addresses critical inaccuracies in bony free flap surgery (33 citations). He also developed the ROS‑Based Cognitive Surgical Robotics platform, which integrates real‑time sensor feedback for adaptive surgical assistance. In the domain of dynamic manipulation, Kunze demonstrated how passive compliance and potential energy storage can be exploited for cyclic tasks like elastic dribbling, achieving human‑like speed and robustness (12 citations). His research on event‑based device‑behavior switching (11 citations) and the OP:Sense Surgical Robotics Platform (10 citations) has advanced seamless human‑robot cooperation in the operating room. Kunze’s iterative targeting method for keyhole surgery further improves precision in minimally invasive procedures. Through these innovations, he has significantly enhanced the accuracy, safety, and adaptability of surgical robots, with his work collectively cited over 80 times, establishing him as a key figure in cognitive surgical robotics.