Bilal Nasser

University of Nottingham, University of California, Santa Barbara, University of Strathclyde, Rolls-Royce (United Kingdom)

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About

Bilal Nasser is a pioneering researcher at the intersection of robotics and industrial automation, with a primary focus on in-situ repair technologies for high-value assets. His most impactful work addresses the critical challenge of teleoperated maintenance, demonstrating how robotic systems can overcome internet latency to perform precise repairs on aeroengines without disassembly—a contribution that has garnered 48 citations. Nasser’s research extends to developing five-degree-of-freedom robotic systems for gas turbine boreblending, achieving repeatable, accurate repairs that promise to revolutionize downtime management in aerospace, nuclear, and marine industries. He has also advanced 3D scanning and point cloud registration techniques, enabling real-world components to be matched to CAD models for inspection and repair. Earlier in his career, Nasser explored upper limb neuroprostheses, contributing to the understanding of assistive technologies. His work is notable for directly addressing the substantial financial incentives of in-situ repair, offering a future where highly trained mechanics can operate remotely, reducing travel-related downtimes. With a portfolio that bridges robotics, computer vision, and automation, Nasser is shaping the next generation of industrial maintenance.