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About

Sizhe Mao is a pioneering researcher in soft robotics and bioinspired design, whose work bridges the gap between biological systems and robotic manipulation. His key research areas include soft robotic grasping, bioinspired actuation, and teleoperation systems. Mao’s most impactful contribution is his 2023 study on an octopus-inspired sensorized soft arm, which has garnered 262 citations. This work demonstrated how the octopus’s characteristic “bend propagation” motion can be replicated in a highly deformable, sensorized robotic arm, enabling efficient environmental interaction with minimal control inputs—a breakthrough for underwater exploration and delicate object manipulation. He further advanced the field with his 2024 study on teleoperated anthropomorphic robot hands featuring a metamorphic palm and tunable-stiffness soft fingers (15 citations), showcasing how variable degrees of freedom and adaptive stiffness can enhance human-robot interaction for complex tasks. Mao’s research is notable for its practical applications in prosthetics, marine robotics, and industrial automation, and his work has been recognized for its innovative integration of biological principles into functional soft robotic systems.