Kunnyun Kim
Papers
2
Total Citations
50
H-Index
2
About
Kunnyun Kim is a researcher specializing in MEMS-based sensor technologies, with a particular focus on tactile sensing systems for robotic applications. Working at the intersection of microelectronics fabrication and robotics, Kim has made notable contributions to the development of silicon-based flexible tactile sensors capable of detecting both normal and shear forces — a critical capability for enabling nuanced physical interaction in robotic systems. Kim's most recognized work, published in 2006 and cited 47 times, presents an innovative three-axis flexible tactile sensor fabricated using silicon micromachining and advanced packaging technologies. This research demonstrated a viable pathway for integrating high-sensitivity tactile sensing into "ubiquitous robot companion" platforms — machines designed to operate safely and intelligently alongside humans. Complementing this, Kim also contributed to the design and manufacture of CMOS-integrated tactile sensor arrays utilizing piezoresistive deflection detection and bulk micromachining, further advancing the precision and manufacturability of robotic sensory systems. Kim's work sits at a technically demanding crossroads of materials science, microfabrication, and robotics engineering, offering foundational insights that continue to inform the development of next-generation tactile interfaces and human-robot interaction technologies.
Research Focus
Key Achievements
Top Papers
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