Driving the development, validation, and industrialization of the hardware part of the active implantable medical device Artus, an artificial urinary sphincter.

Workpackage management for the Flight Warning System Single Aisle New Generation Airbus project: - Primary interface for client - Workload planning & costing - Internal team coordinationTechnical focal point on hardware & software redesign topics: - Follow-up and coordination with the equipement and software suppliers - Maturity activities in collaboration with other design offices and operational specialists to ensure functional and physical equivalence with old equipmentFollow-up and support of V&V activities: - V&V objectives definition - Test results and impacts analysis

Flight Warning System engineer on Single Aisle and Long range programsDesign of evolutions and improvement of the avionics software:- Need gathering and definition of a solution with other ATA design offices- Requirements and technical documentation writing, implementation in formal specification- Unitary testing under a simulated environment- Bench, Simulator, and Flight tests follow-up- Writing of certification documentsTechnical Support: - Technical support to other design offices, final assembly lines and airlines- In-service incident analysisFWS SA New Generation project:- Research topics on modular FWS for all Airbus family aircraft- Specification writing of new Flight Warning Computer to solve hardware obsolescence of legacy one- Multi program approach while still guaranteeing functional equivalence with previous equipment

Creation of an e-learning platform and its content for the Indicating System Design department- Skill mapping and definition of a skill based training architecture- Creation of elearning modules covering basic aeronautics knowledge and aircraft architecture- Creation of more advanced modules coverig generic Crew Alerting System design and FWS architecture at Airbus- Implementation of an online learning management and creation platform based on open-source projects

Étude de faisabilité et modélisation en utilisant Modelica d'un concept de houlogénérateur