Nicolas Jardin

Direction Générale Déléguée aux Ressources, Orano (France)

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About

Nicolas Jardin is a researcher whose work bridges advanced manufacturing and nuclear energy systems, with a focus on precision robotics and next-generation reactor technologies. His key research areas include robotic simulation for machining processes and the development of inspection systems for Generation IV sodium-cooled fast reactors (SFRs). In his notable 2012 paper, “Simulation of a Stäubli TX90 Robot during Milling Using SimMechanics,” Jardin proposed a high-reliability simulation framework that predicts end-effector position and trajectory, accounting for loading, deformations, and calibrated kinematic parameters—a contribution critical to improving robotic accuracy in industrial milling. This work has garnered 8 citations, reflecting its utility in robotics and manufacturing research. Additionally, Jardin contributed to a major 2009 study as part of a coordinated R&D program by CEA, EDF, and AREVA, addressing in-service inspection and repair (ISI&R) challenges for SFRs. This paper, also with 8 citations, highlights his role in advancing the safety and viability of Generation IV nuclear reactors. Together, Jardin’s research demonstrates a unique interdisciplinary impact, offering practical solutions for both robotic precision and nuclear infrastructure resilience.