Seth G. Fitzgerald

Commonwealth Scientific and Industrial Research Organisation, Queensland University of Technology

Papers

Total Citations

199

H-Index

About

Seth G. Fitzgerald is a leading figure in soft robotics, with a focused expertise in jamming actuation—a mechanism that exploits the transition of granular materials from a fluid-like to a rigid state. His major contributions center on the design, evolution, and application of jamming grippers, which have revolutionized robotic grasping by enabling the manipulation of arbitrarily shaped objects with unprecedented adaptability and robustness. Fitzgerald’s seminal 2020 review, "A Review of Jamming Actuation in Soft Robotics," has garnered 168 citations, establishing itself as a foundational resource in the field. His subsequent work, including "Evolving soft robotic jamming grippers" (27 citations) and "Evolving polydisperse soft robotic jamming grippers" (4 citations), advances the understanding of granular packing dynamics and the role of particle polydispersity in optimizing gripper performance. These innovations have enabled practical applications ranging from deep-sea sampling to industrial gripping and legged locomotion. Fitzgerald’s research not only deepens the theoretical grasp of jamming phenomena but also drives the development of versatile, real-world soft robotic systems, making him a pivotal contributor to the next generation of adaptive robotics.