Chenyu Zhang

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About

Chenyu Zhang is a pioneering researcher at the intersection of soft robotics and bioinspired electronics, with key contributions in neuromorphic sensing and aquatic locomotion. Zhang’s most notable work includes the development of human skin-inspired neuromorphic sensors (2025, 9 citations), which emulate the skin’s remarkable sensitivity and adaptability to pressure, temperature, and texture. This innovation promises to revolutionize how machines perceive and interact with their environments, bridging the gap between biological and artificial touch. In parallel, Zhang has advanced soft biomimetic robotics through the design of a manta-like aquatic robot powered by bending rolled dielectric elastomer actuators (2023, 7 citations). This robot achieves agile, all-around navigation across underwater and surface environments, demonstrating high compliance and miniaturization for real-time sensing in unstructured aquatic settings. By integrating soft actuators with bioinspired design, Zhang’s work addresses critical challenges in environmental monitoring and exploration. With a growing citation impact and a focus on translating biological principles into functional devices, Zhang is establishing a reputation for creating versatile, skin-like and swim-like systems that expand the capabilities of soft robotics and intelligent sensing.