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About

ShiTong Chen is a leading researcher in soft robotics and smart materials, specializing in the design and optimization of soft actuators and grippers for advanced manipulation. Their major contributions lie in integrating auxetic metamaterials and topology optimization to enhance the performance of soft robotic systems. Chen’s seminal work, "Programmable soft bending actuators with auxetic metamaterials" (2020, 84 citations), introduced a novel approach to tailoring actuator deformation patterns, enabling precise, programmable motion. This was followed by "Enhancing interaction performance of soft pneumatic-networks grippers by skeleton topology optimization" (2021, 21 citations), which optimized internal structures for improved grasping stability. Most recently, "Tailoring the in-plane and out-of-plane stiffness of soft fingers by endoskeleton topology optimization for stable grasping" (2023, 13 citations) further refined stiffness control, advancing reliable, adaptive gripping. With over 118 citations across these key works, Chen’s research bridges material science and mechanical design, offering scalable solutions for industrial automation, medical devices, and human-robot interaction. Their innovative use of computational design tools to program soft matter has positioned them as a rising authority in the field.