Papers
142
Total Citations
2,351
H-Index
27
About
TaeWon Seo is a prominent robotics researcher whose work spans climbing robots, underwater robotic platforms, manipulator design, and mobile service robots. Best known for his pioneering contributions to wall-climbing and facade-inspection robotics, Seo has systematically addressed longstanding challenges in the field—speed, payload capacity, surface adaptability, and obstacle negotiation. His 2012 paper on tank-like modular climbing robots using passive compliant joints and dry elastomer adhesives (137 citations) remains a landmark contribution, while his widely referenced 2019 survey on glass and façade-cleaning robots (104 citations) has become an essential resource for researchers entering the domain. His AnyClimb platform series demonstrated versatile adhesion strategies across curved and uneven vertical surfaces, further cementing his reputation as a leader in bio-inspired locomotion. Beyond climbing robotics, Seo has made notable advances in underwater systems with six-DOF hovering control via tilting thrusters (76 citations), energy-efficient wire-driven robotic manipulators (73 citations), and transformable-wheel mobile platforms for navigating complex indoor environments (71 citations). With over 730 cumulative citations across his top ten works alone, Seo's research consistently bridges theoretical innovation and practical engineering, making his contributions indispensable to both academic robotics and real-world automation applications.
Research Focus
Key Achievements
Top Papers
- 1Tank-Like Module-Based Climbing Robot Using Passive Compliant Joints137 citations · 2012
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- 6AnyClimb: A New Wall-Climbing Robotic Platform for Various Curvatures65 citations · 2016
- 7Series of Multilinked Caterpillar Track‐type Climbing Robots58 citations · 2014
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