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About

F. Kerschbaumer is a pioneering researcher at the intersection of surgical robotics, mechatronics, and computer-assisted orthopaedic surgery, whose work has meaningfully advanced the precision and reproducibility of surgical interventions. Over the course of the early 2000s, Kerschbaumer developed and refined navigated mechatronic systems designed to guide surgeons with greater accuracy during complex procedures, particularly total hip replacement (THR) surgery. A recurring theme across his most influential publications is the integration of navigation systems with semi-active robotic assistance — an approach that addresses the inherent limitations of purely manual techniques by providing real-time spatial feedback and haptic guidance. His most cited work, "Position control of a surgical robot by a navigation system" (2004, 25 citations), exemplifies this vision, demonstrating how robotics and navigation can be synergistically combined in orthopaedic settings. Kerschbaumer also championed minimally invasive approaches, exploring how mechatronic implantation aids could facilitate smaller surgical access points without sacrificing accuracy. His contributions, accumulating over 50 citations across seven key publications, helped lay foundational groundwork for the now-thriving field of computer-assisted surgery, making him a notable early voice in surgical robotics research.