In charge of the software development for the Sirius launch vehicles, and for the engine test bench software: - establishment of the complete software development roadmap to the qualification flights of the Sirius launch vehicles, - software developer recruitment, - software development processes edition, - establishment of the preliminary architecture for the on-board software system, - study of technical solutions for inter-equipment and inter-stage communication, - development of a framework in Rust for rapid software instantiation, - prototyping of on-board software with tests on representative targets, - development of engine test bench software.

Firmware development in C for professional mobile radio terminals (hand-held portable and vehicle mounted mobile).

> Managed the development of the Centralized Maintenance System (CMS) of the Patroller which is a French military UAV under development by SAFRAN ELECTRONICS & DEFENSE. The development of the CMS is distributed amongst three teams (software development, tools and testing) for a total of about 12 engineers.> Software developed in C++ and the tools used include GIT, GITLAB.> Set up an integrated development process using visual management and GITLAB.> Set up the software architecture and implemented core parts of the software.> Manage customer relationship which includes technical and project exchanges.

> Developed the supervision software of the Euroflir 410 which is an ultra-long-range electro-optical system used on the NH90 helicopters and will be used on the Patroller UAV. Tools used included GIT, SVN, Gerrit, Jenkins and Redmine.> Analyzed feedback from integration team and implemented corrections to the systems.> Wrote the software design documents.> Tested the software via modular LUA scripting and on bench testing with the actual hardware.

> Worked on the verification of the BITE (Build-In Test Equipment) system of the landing gear then the Braking Control System (BCS) of the Airbus A350 aircraft (-800/-900 and -1000 variants). Tests were conducted at system level on avionic test bench.> Managed the tasks of the test team (about 20 engineers).> Improved the testing process via the addition of automation on the avionic test benches.> Wrote the test documentation (Test program, Test Procedure Library, Avionic Test Bench configuration and Test results).> Participated in acceptation review with Airbus UK as technical support for SAFRAN LANDING SYSTEMS.> Achieved the first certification of the BCS for the -1000 variant.

> Developed the software of the Data Loading and Configuration System of the Airbus A350 aircraft.> Implemented changes to the HMI (human machine interface) part of the software, complying with standard ARINC 661.> Wrote the software design documents.> Tested the software on an avionics testing bench.

Worked on the validation of the Braking Control System of the Embraer KC-390 (medium-size military transport aircraft).

Edition of a survey on VoIP (Voice Over IP) applied to PMR (Professional Mobile Radio) as part of the SOAPS projects which includes multinationals, start-ups and research institutes. The aim of the SOAPS project is to define a new telecommunication norm for the PMR inspired by the 4G.

Survey of the application of the MIMO (Multiple Inputs Multiple Outputs) technique to FSO systems (Free Space Optics).

Development of a program simulating the localization of diffuse sources using a uniform circular multi-sensor antenna.