Yu‐Kuan Chang

Westlake University, Chinese Academy of Sciences

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About

Yu-Kuan Chang is an emerging researcher specializing in flexible electronics and advanced pressure sensing technologies, with a focus on developing next-generation wearable and biomedical sensing devices. His work centers on the design and fabrication of highly sensitive flexible pressure sensors, leveraging innovative microstructural engineering to push the boundaries of sensitivity, reliability, and mechanical flexibility. Chang's most notable contributions include the development of an ultra-sensitive piezoresistive pressure sensor utilizing tilted micropillar array microstructures, capable of detecting biopressure and minute forces with exceptional precision — a breakthrough with direct implications for rehabilitative monitoring, artificial intelligence interfaces, and touch-on displays in the 5G era. Complementing this, his research on honeycomb-inspired piezocapacitive sensor architectures fabricated through filament-processed molding demonstrates his versatility across multiple sensing mechanisms, offering practical, scalable solutions for wearable electronics. Though early in his publication trajectory, Chang's work has already attracted citations across the flexible electronics community, reflecting the relevance of his research to high-demand applications in human-machine interaction and health monitoring. His contributions position him as a promising contributor to the rapidly evolving field of soft, conformable sensing systems.