Kyungkwan Kim
Papers
2
Total Citations
140
H-Index
2
About
Kyungkwan Kim is a materials scientist and engineer whose research sits at the intersection of flexible electronics, wearable sensing technologies, and printed electronics. His work focuses on developing next-generation electronic skin and wearable devices that combine high performance with practical manufacturability. Kim's most recognized contribution is his development of a bimodal sensor array capable of simultaneously detecting multiple stimuli with low voltage operation and high reliability — achieved through fully inkjet-printed flexible conducting electrodes. This landmark 2017 study, which has garnered 138 citations, demonstrated that sophisticated sensory systems could be fabricated with dramatically reduced power consumption, a critical advancement for real-world wearable applications. Building on this foundation, Kim has extended his expertise into textile-based thermoelectric temperature sensors, addressing persistent challenges in stretchability, processibility, and reliability that continue to limit wearable electronics. His interdisciplinary approach — bridging materials engineering, printing technology, and bioelectronics — positions him as a meaningful contributor to the rapidly evolving field of electronic skin and human-machine interfaces. His research is particularly valuable for students exploring sustainable, scalable fabrication methods for next-generation flexible sensing platforms.
Research Focus
Key Achievements
Top Papers
- 1
- 2Textile Based Thermoelectric Temperature Sensor for Wearable Device2 citations · 2018