Yucheng Huang

South China University of Technology, University of Bristol

Papers

Total Citations

H-Index

About

Yucheng Huang is a rising researcher in the fields of flexible electronics and soft robotics, with a focus on bioinspired sensor design and wearable actuation systems. Their most-cited work, "Highly sensitive flexible graphene pressure sensor based on indocalamus leaves’ microstructure" (2024, 19 citations), introduces a novel approach that leverages natural leaf microstructures to enhance graphene-based pressure sensitivity, demonstrating how biomimicry can significantly improve flexible sensor performance for wearable applications. This contribution has already garnered attention for its potential in human-machine interfaces and health monitoring. Building on this foundation, Huang’s recent work, "Soft inflatable kirigami actuators for wearable applications" (2025), explores the integration of kirigami-inspired cut patterns with pneumatic actuation to create lightweight, deformable structures suitable for soft exosuits and rehabilitative devices. By merging principles from origami engineering and soft robotics, this research advances safer, more adaptive human-oriented designs. Though early in their career, Huang’s innovative use of natural and geometric structures to solve practical challenges in flexible electronics and soft robotics marks them as a promising contributor to next-generation wearable technologies.