Soo Wan Kim
Papers
2
Total Citations
85
H-Index
2
About
Soo Wan Kim is a pioneering researcher in soft robotics and environmental sensing, with a focus on developing durable, multifunctional sensors for robotic systems. Their key research areas include stretchable electronics, fluidic strain sensors, and 3D-printed environmental monitoring devices. Kim’s major contributions include the creation of a highly stable soft strain sensor using a Gly-KCl filled sinusoidal fluidic channel, which offers exceptional stretchability, linearity, and waterproof performance—critical for wearable and aquatic robotic applications. This work, cited 50 times, demonstrates a cost-effective, biocompatible approach to robust sensing. Additionally, Kim advanced 3D-printed temperature sensors using PLA-graphene composite filaments, enabling linear resistance-based temperature measurement for both terrestrial and underwater robots, with 35 citations. These innovations highlight Kim’s impact in merging materials science with practical robotics, achieving notable recognition for addressing real-world challenges in durability and environmental adaptability. Their work continues to inspire developments in soft, resilient sensing technologies for next-generation robotic systems.
Research Focus
Key Achievements
Top Papers
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