Papers
4
Total Citations
543
H-Index
3
About
Seung-Hwan Kim is a leading innovator in the field of soft tactile sensing and haptic feedback for robotics. His most impactful work centers on developing highly sensitive, flexible pressure sensors for wearable electronics and robotic applications. Kim’s landmark 2016 paper, which has garnered nearly 500 citations, introduced a breakthrough pressure sensor leveraging a giant piezocapacitive effect in a three-dimensional microporous elastomeric dielectric layer. This work demonstrated unprecedented sensitivity and stability over a wide pressure range, establishing a new paradigm for flexible tactile sensors. He further advanced the field by addressing critical real-world challenges, such as reducing hysteresis and interference in soft tactile sensors, as detailed in his 2019 publication. Beyond wearable sensing, Kim has made notable contributions to robot-assisted surgery, developing integrated torque sensor-motor modules for haptic feedback. His work on low-cost joint torque sensors for robot hands also supports the advancement of compliant, force-sensitive robotic manipulation. Through his research, Kim has significantly enhanced the capabilities of soft robotics and human-machine interfaces, enabling more intuitive and safer interactions between humans and machines.
Research Focus
Key Achievements
Top Papers
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