Yee Jher Chan
Papers
1
Total Citations
27
H-Index
1
About
Yee Jher Chan is a researcher at the forefront of kirigami-enabled flexible electronics and wireless sensing systems. His work masterfully integrates mechanical metamaterials with passive resonant sensor technology, enabling real-time, wireless deformation monitoring in closed or inaccessible environments. Chan’s most cited paper, “Kirigami‐Enabled, Passive Resonant Sensors for Wireless Deformation Monitoring” (2019, 27 citations), introduces a novel approach that combines copper-coated polyimide Archimedean spirals with laser-cut kirigami patterns. This design allows the sensor to report material strain without onboard power or complex wiring, a breakthrough for structural health monitoring and smart packaging. By leveraging the geometric transformation of kirigami cuts, Chan’s sensors achieve high sensitivity and mechanical tunability, setting a new standard for passive, low-cost deformation detection. His contributions bridge materials science and electrical engineering, offering scalable solutions for IoT and biomedical applications. With a growing citation footprint, Chan is recognized for pioneering work that transforms kirigami from an art form into a practical engineering tool, inspiring future research in self-powered, wireless sensing systems.
Research Focus
Key Achievements
Top Papers
- 1