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About

Qiandiao Wei is a rising innovator in soft robotics, specializing in bio-inspired actuation and multi-modal locomotion. Their research focuses on developing novel hybrid actuators that combine pneumatic, hydraulic, and mechanical reinforcement techniques to overcome the limitations of traditional soft robots. Wei’s most influential work, "A pneumatic–hydraulic hybrid actuator for underwater soft robot swimming and crawling" (2023, 30 citations), introduces a dual-mode system that enables seamless transitions between swimming and crawling in aquatic environments—a breakthrough for exploration and rescue robotics. Complementing this, their study on "Biomimetic fiber reinforced dual-mode actuator for soft robots" (2022, 25 citations) demonstrates how fiber reinforcement enhances strength and precision while maintaining flexibility, advancing the field’s ability to mimic natural movement. Wei also explores multi-degree-of-freedom actuators using spring reinforcement and particle jamming, offering scalable fabrication methods for safer human-robot interaction. With over 60 cumulative citations, Wei’s work is shaping the next generation of adaptable, compliant robots for underwater and terrestrial applications, earning recognition for its practical impact on soft robotics design and control.