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About

Tianhao Du is an emerging researcher at the forefront of soft robotics and additive manufacturing, whose work bridges cutting-edge fabrication technologies with bio-inspired robotic design. His research centers on developing innovative soft robotic systems using advanced 3D printing techniques, including selective laser sintering (SLS) and digital light processing (DLP), to create robots capable of sophisticated locomotion in complex environments. Du's most recognized contribution — a worm-like crawling soft robot fabricated from TPU powder via SLS — has garnered 31 citations since 2022, demonstrating the field's enthusiasm for his approach to solving longstanding challenges in soft robot mobility, particularly multi-modal movement and turning capability. His subsequent work on a fully 3D-printed tortoise-inspired mobile robot (17 citations) further showcases his commitment to multi-scenario adaptability, a critical requirement for real-world deployment. His investigation into DLP-based soft actuators (15 citations) broadens his contributions by systematically exploring how different printing technologies enable diverse pneumatic actuation strategies. Collectively, Du's research addresses fundamental limitations of conventional soft robots — rigidity, single locomotion modes, and manufacturing complexity — positioning him as a promising voice in the next generation of adaptive, biologically inspired robotic systems.