Michael Vloeberghs

Loughborough University, University of Nottingham

Papers

Total Citations

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About

Michael Vloeberghs is a pioneering figure in surgical robotics and robotic manipulation, whose work bridges the critical gap between theoretical design and clinical application. His research centers on the structured development of surgical robotic systems and the advancement of robust control strategies for dexterous manipulation. Vloeberghs’ most influential contribution is his landmark 2009 paper, “A methodology for design and appraisal of surgical robotic systems,” which has garnered 31 citations. This work provides a much-needed framework for systematically evaluating and developing new surgical robots, helping researchers avoid past pitfalls and ensuring that innovation is grounded in proven principles. Complementing this, his 2010 study on “Robust contact force controller for slip prevention in a robotic gripper” (13 citations) addresses a fundamental challenge in handling delicate objects. By integrating real-time slip sensors with adaptive force control, Vloeberghs demonstrated how robots can securely grasp soft or fragile materials without causing damage—a capability essential for both surgical precision and industrial automation. Through these contributions, Vloeberghs has established himself as a key architect of safer, more reliable robotic systems, influencing how engineers approach both system-level design and low-level control.