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About

Jingtian Kang is a rising star in the field of soft robotics and smart materials, whose work is pioneering the next generation of adaptive, bio-inspired machines. His research focuses on harnessing the unique properties of liquid crystal elastomers (LCEs) and kirigami-inspired structures to create actuators that respond to light and pneumatic pressure. Kang’s major contributions include the development of a light-induced three-dimensional pendulum using LCE fibers, a breakthrough that has garnered 84 citations and demonstrates a novel method for remote, wireless motion control. He has also engineered programmable, variable-stiffness robotic skins for pneumatic actuation (35 citations), offering a versatile platform for soft robots that can change shape and rigidity on demand. More recently, his kirigami-inspired conical spiral actuators achieved a large contraction ratio, showcasing a rapid and convenient method for programming liquid crystal orientations (28 citations). By exploring helical micro-swimmers with hierarchical tail designs, Kang is also advancing the field of micro-robotics for agile locomotion. His work elegantly merges materials science with mechanical design, providing foundational tools for soft robots that are safer, more adaptable, and capable of operating in constrained environments.