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About

Jayantha Katupitiya is a robotics and control systems researcher whose work spans three transformative domains: space robotics, autonomous agricultural machinery, and assistive human-robot interaction. Based at UNSW Sydney, his research has garnered over 450 citations across his most influential publications, reflecting sustained international impact. Katupitiya's contributions to space robotics are particularly distinguished. His pioneering work on dual-arm space robots addresses one of the field's most demanding challenges — capturing non-cooperative spinning satellites — with robust coordinated control strategies that account for the unique dynamic complexities of free-flying spacecraft. His 2017 paper on dual-arm coordination (71 citations) and subsequent work on 3D capture strategies demonstrate a rigorous, evolving research program with clear aerospace applications. In autonomous farming, Katupitiya was an early advocate for unified modeling frameworks and precision agricultural robotics, recognizing labor shortages and productivity demands long before these became mainstream concerns. His smart wheelchair research (69 citations) showcases his breadth, applying vision-based interaction design to improve mobility for people with disabilities. Across disciplines, Katupitiya consistently tackles real-world complexity — slip, disturbance, uncertainty — with robust and adaptive control solutions, making his work both theoretically rigorous and practically meaningful.