Hongjie Dai

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About

Hongjie Dai is a pioneering researcher in the field of bio-inspired soft robotics, with a specific focus on creating transparent, high-performance underwater robots. His major contributions center on developing novel actuation and material systems that mimic marine organisms, enabling robots to achieve both fast swimming speeds and optical transparency for stealth and camouflage. Notably, his 2025 paper on *Ocyropsis*-inspired fast-swimming transparent soft robots has already garnered 14 citations, highlighting its immediate impact. Dai’s work also explores ion-electron fusion transparent films, which integrate sensory and interactive capabilities into soft robotics, pushing the boundaries of autonomous underwater exploration. By combining electro-hydraulic actuation with biological propulsion mechanisms, he has advanced the design of aqueous soft robots that are both agile and environmentally adaptive. His research is highly influential in the fields of biomimetics, materials science, and robotics, offering new pathways for creating robots that can safely interact with delicate marine ecosystems while performing complex tasks. Dai’s achievements represent a significant step toward realizing truly autonomous, transparent, and efficient soft robotic systems for real-world underwater applications.