J'accompagne des entraîneurs dans les sports d'endurance à améliorer la performance de leurs athlètes en utilisant des technologies scientifiques de pointe issues des meilleurs équipes cyclistes professionnelles et du monde de la recherche.

Developed numerical tools to determine the optimal pacing strategy during races for Team Sky, 7-time winner, Tour de France:- Implemented physical models (individual and team time trial) in Python - Model validation with rider and staff

Technical design and management of high-power laser chain based on numerical simulations for the European project ELI.PROJECT MANAGEMENT- Product development with different teams (production, R&D, purchase…) via reporting and meetings- Managed project related to time (planning, deadline), finance and (human) resourcePHYSICS & ALGORITHMS- Physical modelling to simulate the power amplification in a laser chain using Matlab- Experimental validation of the theoretical models

DEVELOPMENT AND OPTIMIZATION OF EXPERIMENTAL DEVICES FOR THE MEASUREMENT OF SPATIOTEMPORAL PROFILES OF FEMTOSECOND LASER BEAMS: - Application to the determination of the maximal intensity at focus- Conception of two different setups respectively based on spectrally-resolved spatial interferences and cross-correlation- Physical modelling of the performances and limits of the different techniques- Development and optimization of data processing software- Application: improvement of the alignment and performances of a 100TW laser chain by reducing spatiotemporal distortions- Work on the potential industrialization of a novel measurement technique (TERMITES) > Patent: WO 2012172463 A1 > European Research Council Grant: “Proof of concept”, MUFFIN, ERC-2012-PoC- Additional teaching activities: supervising seminars and organizing labworks for bachelor students in physics