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About

Roel Verstappen is a computational and experimental researcher whose work sits at the dynamic intersection of soft robotics, fluid-structure interaction, and biomedical engineering. His research focuses on the design, modeling, and actuation of miniaturized magnetic soft robotic swimmers, with particular emphasis on biologically inspired systems capable of operating in complex fluidic environments. Verstappen's most significant contributions center on advancing magnetically actuated soft robots for demanding biomedical applications, including targeted drug delivery, internal wound healing, and laparoscopic surgery. His jellyfish-inspired robotic swimmers represent a notable achievement, demonstrating both bi-directional locomotion and experimentally validated propulsion under magnetic field actuation. His 2024 review on computational fluid-structure interaction in biological and soft robotic systems has rapidly become a valuable reference, accumulating 26 citations within its first year, while his work on nature-inspired magnetic swimmers has already drawn 30 citations, signaling strong community interest. By bridging computational modeling with experimental validation, Verstappen has helped establish robust design frameworks for low Reynolds number swimmers—robots that must navigate the challenging physics of microscale fluid environments. His growing body of work positions him as an emerging voice in the future of wireless, minimally invasive robotic medical devices.