Mark Gilbertson

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About

Mark Gilbertson is a pioneering researcher in soft robotics, with a primary focus on developing novel actuation and locomotion systems for medical and industrial applications. His major contributions center on the design and control of soft robots capable of navigating confined, tube-like environments—a challenge that traditional rigid robots cannot address. Gilbertson introduced the concept of serially actuated locomotion, enabling soft robots to move through pipes and endoluminal surgical spaces with unprecedented adaptability. His most cited work, "Serially Actuated Locomotion for Soft Robots in Tube-Like Environments" (2017, 53 citations), established a foundational design methodology that has influenced subsequent research in pipe inspection and minimally invasive surgery. He also advanced soft hydraulic robotic catheters through the development of soft passive valves for serial actuation (2016, 9 citations) and conducted critical force analysis and modeling for catheter robots (2016, 3 citations), addressing the need for precise end-effector force control in transcatheter procedures. Gilbertson’s work bridges the gap between soft material science and practical robotic systems, offering safer, more effective tools for clinical interventions. His research continues to shape the future of soft robotics in constrained environments.