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About

Dominiek Reynaerts is a pioneering robotics and mechanical engineering researcher whose work spans soft robotics, surgical robotics, and miniaturized actuation systems. Based at KU Leuven, Reynaerts has made transformative contributions across multiple frontiers of robotics, consistently bridging fundamental engineering principles with life-changing medical applications. His highly cited work on elastic inflatable actuators (448 citations) helped define the emerging field of soft robotics, demonstrating how compliant, pneumatic systems can enable safer human-robot interaction. Complementing this, his research on McKibben actuators and pneumatic twisting actuators has broadened the toolkit available to soft robotics designers worldwide. Perhaps most strikingly, Reynaerts has driven surgical robotics to extraordinary new heights. His team developed a robotic manipulator for retinal surgery and achieved a landmark world first in robot-assisted retinal vein cannulation in a human patient — a procedure previously considered too delicate for human hands alone. His early work on micro optical force sensors (338 citations) and prosthetic limbs like the MANUS-HAND further underscores a career devoted to precision and human benefit. With research stretching from shape memory actuators to self-propelling endoscopes, Reynaerts exemplifies the rare engineer whose curiosity and technical rigor have genuinely expanded what robots can do for humanity.