Paris, Île-de-France, France
Executive MBA holder with a strong foundation in Chemical Engineering, I specialize in driving transformation programs and project governance in complex nuclear energy environments. I bring a data-driven, results-oriented approach to ensure strategic alignment, optimize processes, and accelerate decision-making across cross-functional teams. Passionate about advancing energy projects, I focus on delivering measurable impact, enhancing performance, and supporting high-stakes initiatives from design to transformation.
-Project transformation governance, including steering bodies, organizational seminars, and governance rituals (Steering Committees, Project Review Committees, milestone reviews). -Reporting & KPI consolidation -Monitoring of strategic objectives and maturity -Optimization and standardization of PMO tools, processes, and workflows -Support to strategic initiatives and executive events (e.g. seminars) -Monitoring strategic objectives and maturity tracking
-Conducting in-depth research on sustainable finance models for hydrogen. -Analyzing the Levelized Cost of Hydrogen (LCOH) . -Examining policy incentives, regulatory frameworks, and government-backed financial instruments, including the Hydrogen Bank, to evaluate their role in attracting investments and reducing capital costs.
-Execution and Status Reporting. -Develop the Work Breakdown Structure (WBS) in alignment with contractual reference frameworks (OBS, PBS, CBS). -Stakeholder Coordination. -Implement and track cost/time indicators and project dashboards. -Issue Resolution & Risk Management. -Workshops and Technical Alignment. -Opportunity Identification.
-Advanced administration for HPC, FA3 and EPR2 nuclear projects.
Master Thesis : Experimental Validation of the process intensification strategy by epoxidation of oleic sunflower oil by performic acid generated in situ. -Realization and optimization of the experiments in a semi-batch reactor and a tubular reactor. -Development of processes and qualification tools. -Creation and optimization of new analytical methods. -Follow-up of the product performance in operation and maintenance of the quality. -Realization of a matlab model to identify the reactor and the optimal operating conditions for each experiment.