Areas of excellence
Expertise at the intersection of measurement, physics, and technological decision-making.
Nuclear instrumentation: particle detection.
Design, analysis, and optimization of measurement systems in nuclear environments, including the preparation of physical experiments. My expertise covers the entire chain, from the sensor to the analysis of acquired data. Regarding the experimental cycle, I am involved from the definition of requirements to the interpretation of results.
CAMARI certified.
Design of particle detectors and specialized sensors using modeling and Monte Carlo simulations
Design and SUPERVISION of irradiation experiments
Calibration AND validation of devices IN R&D LABORATORY CONDITIONS
AI applied to instrumentation.
My approach is grounded in feasibility assessments of applying deep learning algorithms to physical problems, evaluating their relevance, limitations, and added value compared to conventional methods. I also implement advanced approaches to measurement data analysis.
Measurement data analysis and processing
Feasibility assessment of deep learning for physical phenomena
Strategy and Innovation in Nuclear Sector.
Supporting technical and R&D teams in structuring innovation by linking the physical reality of systems to a clear strategic vision.
My role is to bridge scientific expertise, industrial constraints, and investment decisions.
Innovation project framing and structuring
Technical roadmap definition
Strategic support for SMR projects
My approach is guided by a clear conviction
Cross-functional, independent, and committed expertise
Cross-functional, independent, and committed expertise
In the nuclear industry, meaningful innovation begins with reliable measurement, a deep understanding of data, and a clear strategic vision.