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About

Abdelrahem Atawnih’s research focuses on the kinematic and torque-level control of redundant robotic arms, with a strong emphasis on safety, human-like motion, and compliance. His most impactful work, “Kinematic control of redundant robots with guaranteed joint limit avoidance” (71 citations), introduces a control framework that ensures robotic joints remain within their physical limits during operation—a critical contribution for safe human-robot interaction. Atawnih further advances this theme in “Reaching for redundant arms with human-like motion and compliance properties” (24 citations), where he models reaching movements that mimic natural human dynamics. His innovative use of prescribed performance control methodology, detailed in “A passivity based control signal guaranteeing joint limit avoidance in redundant robots” (13 citations), provides formal guarantees for constraint satisfaction, moving beyond heuristic approaches. Atawnih’s work on flexible joint robots, including operational-space admittance control, demonstrates his commitment to achieving both precise tracking and compliant behavior. Collectively, his research has garnered over 110 citations, establishing him as a thoughtful contributor to the design of safer, more intuitive robotic systems for physical collaboration.