Filipe Valente

Instituto de Engenharia de Sistemas e Computadores Investigação e Desenvolvimento, Instituto Superior Técnico

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About

Filipe Valente is a robotics researcher whose work centers on motion planning and trajectory optimization for autonomous systems operating in extreme environments, particularly within nuclear fusion facilities. His major contributions lie in developing specialized algorithms for remote handling operations in ITER, the international tokamak experiment. Valente’s 2014 paper on trajectory optimization for autonomous mobile robots in ITER, cited 19 times, provides critical methodologies for navigating complex, hazardous spaces with high precision. Earlier, his 2010 study on motion planning for rhombic-like vehicles, with 14 citations, introduced novel approaches to maneuvering non-conventional robotic platforms in confined, high-radiation zones. These contributions are foundational for ensuring safe, efficient maintenance and assembly tasks in fusion reactors, where human access is impossible. Valente’s work bridges the gap between theoretical robotics and real-world deployment in one of the most demanding engineering projects on Earth, demonstrating how careful path planning can enable autonomous systems to operate reliably under extreme constraints. His research remains essential for advancing remote handling capabilities in nuclear fusion and other high-risk industries.