Huiyao Shi

Shenyang Institute of Automation, University of Chinese Academy of Sciences

Papers

Total Citations

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About

Huiyao Shi is a rising researcher at the intersection of precision metrology, bio-inspired robotics, and micro-nano measurement. Her work centers on developing advanced optical and material-based techniques to probe and replicate biological motion. Shi’s most cited paper introduces a novel method for spatial vibration and displacement measurement using a single-point scanning laser Doppler vibrometer (SLDV), a technique critical for dynamic analysis in fields from industrial production to biomedical testing. With 13 citations, this work addresses a key limitation of traditional SLDV by proposing a more efficient scanning approach. In parallel, Shi explores soft robotics through biodegradable materials, co-authoring a study on peptide/PVA double-network hydrogels—a promising platform for constructing environmentally friendly, adaptive soft robots. Her research also extends to the nanoscale, where she has developed microsphere-based methods for axial plane measurements of cardiomyocytes, contributing to the growing field of bio-syncretic robots that harness living cells for actuation. Though early in her career, Shi’s interdisciplinary contributions—spanning vibration metrology, hydrogel engineering, and cellular biomechanics—demonstrate a clear trajectory toward impactful innovation in both fundamental science and applied robotics.