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About
J. Wagrez is a distinguished engineer and researcher whose work lies at the critical intersection of nuclear fusion engineering and advanced virtual reality (VR) technologies. His primary research focus is the design and remote handling of complex components for the ITER project, the world’s largest experimental tokamak. Wagrez’s most significant contribution is his pioneering integration of VR tools into the engineering lifecycle of ITER’s Equatorial Port plugs—massive, multi-ton structures housing diagnostic systems. By developing and validating immersive simulation environments, he enabled engineers to visualize, test, and refine remote handling procedures before physical deployment, dramatically reducing risk and cost. His seminal 2011 paper, “ITER Equatorial Port plug engineering: Design and remote handling activities supported by Virtual Reality tools,” has garnered 6 citations, serving as a foundational reference for subsequent fusion maintenance studies. This work not only advanced ITER’s construction but also established a template for applying VR to extreme-environment robotics. Wagrez’s achievements exemplify how cross-disciplinary innovation—merging fusion physics with human-machine interface design—can solve real-world challenges in nuclear engineering. For students and researchers, his career demonstrates the power of digital twins and simulation in tackling the grand challenges of sustainable energy.
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