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About

Kil Soo Lee is a robotics and autonomous systems researcher whose work spans marine robotics, mobile robot localization, and autonomous navigation. He is perhaps best known for his pioneering contributions to underwater hull cleaning robotics, with his 2012 paper on the hydrodynamic design and evaluation of an underwater hull cleaning robot garnering 31 citations — a significant mark of influence in this specialized field. This work addressed a critical practical challenge in maritime industry, demonstrating how robotic systems can make large-scale ship hull maintenance safer and more cost-effective. Alongside this, Lee's synthesis of a complete underwater hull cleaning robot system further solidified his standing as a leading voice in marine robotics. Beyond underwater systems, Lee has made notable contributions to mobile robot localization, developing a Pseudolite Ultrasonic System integrated with gyroscopic sensors and Kalman filtering to achieve high-precision, non-cumulative position estimation. His research also extends to disturbance observer design for autonomous surveillance robots and optimal path planning for holonomic mobile platforms. Collectively, Lee's body of work reflects a consistent drive to advance robotic autonomy across diverse and challenging environments, offering both theoretical frameworks and practical engineering solutions that continue to inform researchers and engineers in the field.