Control-command technical advisor & specialist
EDF National Center for Electricity Production Equipment – Tours – Since 2024
Since 2024, I have been working as a control-command advisor & specialist at the National Center for Electricity Production Equipment.
I provide technical support for projects related to the operating nuclear fleet, particularly in the context of plant modifications. I analyze complex instrumentation and control issues and formulate well-argued technical positions to support and secure decision-making processes.
I contribute to preliminary design studies, technical specifications drafting, supplier study oversight, design requirement reviews, and factory or on-site acceptance testing. I also support the evolution of technical standards, the integration of operational feedback, and technological monitoring within my field.
In addition, I actively contribute to skills development by leading technical workshops and supporting teams, with a constant focus on safety and industrial performance.
This role enables me to further strengthen my expertise in nuclear instrumentation and control, cross-functional technical analysis, and coordination of multiple stakeholders in a demanding industrial environment.
PCB & PCBA Manufacturing Expert
EDF Industrial Division – Saint-Denis – 2020-2024
Between 2020 and 2024, I worked as a PCB & PCBA Manufacturing Expert within EDF’s Industrial Division, in the Manufacturing Control Department, in the field of Electrical Engineering & Instrumentation and Control.
I was responsible for technical oversight and support related to the manufacturing of electrical equipment integrating printed circuit boards (PCB) and assembled electronic boards (PCBA) for both the operating nuclear fleet and new projects. In this capacity, I analyzed technical requirements applicable to PCBs and their assembly processes, evaluated supplier bids, and ensured compliance with EDF standards and nuclear safety requirements.
I conducted in-depth reviews of industrial processes — including soldering, component integration, and quality inspections — and participated in technical audits at manufacturing sites to ensure the reliability of electronic boards in highly constrained environments.
I also contributed to knowledge capitalization related to PCB/PCBA manufacturing processes and promoted best practices within technical networks.
This experience strengthened my expertise in the industrial control of printed circuit boards and electronic assemblies, supplier technical management, and reliability and safety requirements in a highly regulated framework.
Researcher in PCB & PCBA integration
Laplace Laboratory – Toulouse – 2020
In 2020, at the LAPLACE Laboratory in Toulouse, I worked as a researcher in PCB & PCBA integration within the field of power systems.
I contributed to the development and implementation of power converters and electronic boards, managing the design, integration, and manufacturing stages of PCB/PCBA assemblies. I also carried out technical activities related to the analysis and optimization of assembly processes.
A significant part of my work involved developing testing methodologies, structuring experimental protocols, and formalizing associated procedures to ensure the reliability and quality of the results obtained.
This role allowed me to deepen my expertise in electronic integration, assembly processes, and experimental validation applied to power systems.
Research Engineer in PCB & PCBA Assembly
Mitsubishi Electric – Rennes – 2017 to 2020
Between 2017 and 2020, at Mitsubishi Electric R&D Centre Europe in Rennes, I worked on the development of an innovative interconnection solution for power devices integrated into laminated substrates. The objective was to improve the electrical, thermal, and mechanical performance of assemblies using micro- and nano-structured interfaces as an alternative to traditional techniques (soldering, bonding).
I was involved in the design and fabrication of metallic nanostructures, the realization of assemblies integrated into printed circuit boards, and their electrical, thermal, and mechanical characterization. I also contributed to the development of experimental protocols and the implementation of a dedicated test bench to assess performance and interconnection reliability.
This experience strengthened my skills in power electronics, advanced experimentation, and multi-physics analysis within a demanding industrial and international environment.
Technologist engineer in microelectronics
Magneti Marelli – Châtellerault – 2013 to 2016
Within the Technology Department of Magneti Marelli in Châtellerault, I contributed, between 2013 and 2016, to the introduction and optimization of new electronic board manufacturing techniques.
I analyzed electronic components, defined and adjusted process parameters, and conducted industrial trials to validate their deployment on production lines. I also structured and leveraged the results obtained to ensure technical compliance and process performance.
This role led me to work on production equipment (pick-and-place machines, vision systems, process settings) while collaborating closely with production, methods, and quality teams.
This experience strengthened my skills in process engineering, technical analysis, and continuous improvement within a demanding industrial environment.