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About

Shujie Tang is a pioneering roboticist whose research centers on continuum robotics, soft actuation, and stiffness-tunable mechanisms for extreme environments. Their most impactful contribution is the design and analysis of hybrid-driven origami continuum robots with extensible and stiffness-tunable sections (72 citations), which introduced novel folding-based structures that can dynamically adjust rigidity while maintaining flexibility—a breakthrough for minimally invasive surgery and search-and-rescue operations. Tang also developed a non-electrical pneumatic hybrid oscillator for high-frequency multimodal robotic locomotion (13 citations), integrating soft logic gates to enable robust, untethered movement in hazardous settings where electronics fail. Their survey on parallel continuum robots (11 citations) has become a key reference for the field, synthesizing design, modeling, and evaluation approaches. Tang’s work on a redundant parallel continuum manipulator with stiffness-varying and force-sensing capability (5 citations) further demonstrates their ability to merge complex geometry with real-time sensing, advancing adaptive robotic manipulation. With a growing citation impact exceeding 100, Tang’s innovations in origami-inspired structures and pneumatic control are shaping the next generation of resilient, adaptable robots for challenging environments.