Tatsuya Kishi
Papers
4
Total Citations
51
H-Index
3
About
Tatsuya Kishi is a robotics engineer and researcher whose work centers on the development of innovative in-pipe inspection robots, with a particular focus on peristaltic crawling mechanisms driven by pneumatic artificial muscles. His research addresses a critical infrastructure challenge: the safe and efficient inspection of gas pipes commonly found in residential and industrial settings, where aging infrastructure poses significant risks of leakage, corrosion, and catastrophic failure. Kishi's most influential contribution is his development of peristaltic crawling robots capable of navigating confined and geometrically complex pipe environments, including continuous elbows and miniaturized half-inch pipe systems — engineering challenges that had previously limited practical inspection capabilities. His 2013 paper on 1-inch gas pipe inspection robots has garnered 28 citations, establishing him as a notable voice in pipe robotics, while subsequent work on half-inch pipe systems and high-speed pneumatic actuators demonstrates a sustained commitment to scaling and refining these technologies for real-world deployment. By engineering robots that reduce the cost and time associated with routine infrastructure inspection, Kishi's research carries meaningful societal implications. His body of work offers students and researchers a strong foundation in soft actuator-driven locomotion and applied robotics for infrastructure maintenance.
Research Focus
Key Achievements
Top Papers
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