In charge of presales for EREMS, the main french medium size company developing and manufacturing space electronics equipment sets with more than 40 years of products and space flight heritage for programs such as ROSETTA, SPOT6, SPOT7, MARS OBSERVER, ISS, SWOT, IRIDIUM, BEPI COLOMBO, ANGELS, EUROSTAR, TARANIS, JASON-2, SSOT, SAC-D, ALSAT-2, SVOM, CO3D, INSIGHT, PLEIADES NEO, LSTM, PLATO, TRISHNA, IASI-NG, MARS SAMPLE RETURN, MMX …

• Managed the space electronics engineering and manufacturing activities, mainly motor controllers: moto-pump controller and thrust vector actuator controller up to 20kW. Main applications: heavy space launchers, micro space launchers, defense systems.• Realized the products architectures: fault tolerant, radiation tolerant. Motor drives and controllers.• Developed the aerospace business unit (resources, suppliers, knowledge) from scratch up to a staff of 15 engineers.• Led the change to an aerospace quality management system (organization, systems, standards & procedures). Achieved the EN9100 aerospace supplier certification after only 3 years.• Developed collaboration with CNRS, DGA, university labs (SATIE ENS Saclay, GREEN, ...), industrial clusters (SAFE).

• Managed the Europe & Africa supply chain functions and shared services (2,000 employees)• Launched the global distribution transformation.

. Managed the global quality function (400 employees worldwide) for all R&D and manufacturing activities worldwide.. Led the successful transformation (standardisation of all processes, organisations and systems) of the R&D and manufacturing activities (40 centers worldwide, 10,000 employees)

• Managed a technology center and manufacturing plant with both R&D and manufacturing activities for the defense industry and the energy industry: gamma ray/neutron detectors, miniature neutron generators and their electronics hardened for high temperature and high vibration.• Managed the manufacturing P&L ($40M), the R&D budget ($10M per year) and 200 employees.• Launched new technology projects and improved the manufacturing infrastructure.

• Realized the architecture and managed the development of several high reliability electromechanical systems (MLWD) and electrical platforms with high temperature motor controllers, alternators, power supplies… working up to +150 degree Celsius and in high vibration environment.• Managed multidisciplinary teams (electrical, software, mechanical) composed of 15 team members and $4M/year budget.

Developed electronics for high temperature (+150 degree Celsius) and high vibration downhole environments:• Developed the modems for an experimental wired drill pipe telemetry system.• Developed a low power motor controller.• Supervised the development and manufacturing of a flyback power supply.• Developed a 50-micro-second accuracy network synchronization controller in an FPGA.• Received the 2002 Harts Meritorious Award for Engineering Innovation and 7 patents.