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About

Mark Ascott is a leading figure in nuclear fusion engineering, with a specialized focus on the design and development of remote handling systems for extreme radiation environments. His most cited work, "The remote handling system of IFMIF-DONES" (2019), has garnered 26 citations and serves as a foundational reference for the IFMIF-DONES facility—a critical component of the European fusion roadmap. Ascott’s contributions center on creating robust, teleoperated robotic solutions capable of maintaining and repairing activated components, ensuring the viability of future fusion power plants. His research integrates advanced robotics, radiation-hardened materials, and human-machine interfaces to solve the unique challenges of remote maintenance in high-neutron-flux settings. Beyond this flagship paper, Ascott has shaped international collaborations on fusion infrastructure, influencing safety protocols and design standards. His work not only advances the engineering of IFMIF-DONES but also provides a scalable model for remote handling in other hazardous nuclear applications. For students and researchers, Ascott’s research exemplifies how precise, safety-critical engineering can bridge the gap between experimental fusion devices and practical, long-term energy solutions.