Megumi Uesu

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About

Megumi Uesu is a pioneering researcher in soft robotics, with a core focus on developing intrinsically safe, lightweight actuators for human-friendly robots. Her major contribution lies in the innovative use of pleated inflatable structures made from plastic films. In her seminal 2017 work, "Development of a pneumatic soft actuator with pleated inflatable structures" (43 citations), she demonstrated how these pleated designs enable soft actuators that are both powerful and inherently safe for direct human interaction, addressing critical safety concerns in communication, entertainment, and medical/healthcare robots. Earlier, in her 2012 paper "Proposal of an extremely lightweight soft actuator using plastic films with a pleated structure" (19 citations), Uesu laid the groundwork by proving that pleated plastic thin films could create actuators that are not only safe but also exceptionally lightweight—a key requirement for wearable and assistive devices. Her work is notable for pushing the boundaries of material efficiency and safety in soft robotics, offering a practical path toward robots that can safely coexist and physically interact with humans. Uesu’s research continues to influence the design of next-generation, human-centric robotic systems.