Jason Fitzgerald

Papers

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About

Dr. Jason Fitzgerald is a pioneering roboticist whose work lies at the intersection of bio-inspired actuation and agile locomotion. His primary research focuses on developing novel soft robotic systems, with a particular emphasis on meso-scale hydraulic artificial muscles and their application to climbing and legged robots. Fitzgerald's most influential contribution is his 2014 paper, "Climbing robot actuated by meso-hydraulic artificial muscles," which has garnered 8 citations. In this seminal work, he detailed the complete design, construction, and experimental validation of a legged, wall-climbing robot powered by these innovative actuators. By addressing the challenge of small-scale climbing robots—a field that had seen limited progress due to actuation constraints—Fitzgerald demonstrated a practical pathway toward more agile and versatile platforms. His research not only advances the fundamental understanding of hydraulic artificial muscles but also opens new possibilities for inspection, maintenance, and exploration in vertical environments. Through this work, Fitzgerald has established himself as a key contributor to the future of soft, climbing robotics.