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About

Colin Smith is a pioneering researcher in biomimetic robotics, with a focus on developing soft, bio-inspired underwater vehicles. His major contributions lie in the design and fabrication of robotic systems that emulate the propulsion and sensory mechanisms of marine life, particularly the *Aurelia aurita* jellyfish. Smith’s most notable work, the creation of “Robojelly,” a robotic jellyfish actuated by shape memory alloy composite actuators, has garnered 342 citations, underscoring its impact on the field. This vehicle mimics the morphology and kinematics of its biological counterpart, advancing the development of efficient, silent underwater drones. Beyond propulsion, Smith has explored artificial mesoglea—a hydrogel replicating the mechanical and dielectric properties of jellyfish tissue—and bio-inspired tilt sensors for improved vehicle stability. His research integrates materials science, robotics, and biology, offering novel solutions for unmanned undersea vehicles. With a citation count exceeding 360 across his key papers, Smith’s work is foundational for students and researchers interested in soft robotics, biomimicry, and autonomous systems, demonstrating how nature’s designs can inspire cutting-edge engineering.