Sangbaie Shin

Papers

Total Citations

217

H-Index

About

Sangbaie Shin has made pioneering contributions to the field of wearable electronics, with a primary focus on stretchable strain sensors and flexible material systems. Their most cited work, "Material Approaches to Stretchable Strain Sensors" (2015), has garnered 217 citations and established foundational design principles for devices capable of maintaining performance under large mechanical deformations—exceeding 30% strain. This research addresses a critical bottleneck in wearable technology: the need for sensors that can conform to the human body without sacrificing sensitivity or durability. Shin's work systematically explores material strategies—including conductive nanocomposites, serpentine metal patterns, and liquid-metal microchannels—that enable high stretchability while preserving accurate strain detection. By bridging materials science with device engineering, Shin has helped accelerate the transition of flexible electronics from laboratory prototypes to practical wearable health monitors, soft robotics, and human-machine interfaces. Their contributions are particularly notable for providing a comprehensive framework that guides researchers in selecting appropriate materials and architectures for specific strain-sensing applications. Through this influential review and subsequent studies, Shin has shaped how the field approaches the design of mechanically robust, high-performance sensors for next-generation wearable systems.