Freelancer profile translated to English.

Description

PhD Engineer in electrical engineering, I am developing my independent consulting activity specializing in motor control and power electronics.

My expertise covers the entire chain: from the design of control algorithms (FOC, Six-step, sensorless control, fault tolerance) to their embedded implementation in C on microcontrollers (DSP, STM32) and FPGAs, including modeling and validation in simulation (Matlab/Simulink, Python). It also extends to the associated power electronics: study and selection of inverter topologies, dimensioning and design of converters for powering electric machines.

I acquired this expertise during 8 years at Watt & Well, in the field of aerospace electric propulsion: multiphase PMSM machines (3, 5, and 15 phases), high-power converters, electromechanical actuators for TVC systems, and implementation of fixed-point algorithms for FPGA targets.

I undertake occasional freelance missions on subjects such as: FOC algorithm design, sensorless control with fault tolerance strategies, or implementation.

I work 100% remotely with high reactivity, and I am immediately available.

Languages

French
Native or bilingual
English
Fluent

Workplace preferences

Remote only

Primarily works remotely

WATT AND WELL
Control System Engineer
AVIATION AND AEROSPACE
January 2022 - Today (4 years and 5 months)
Paris Metropolitan Area, France
• - Development of sensorless, fault-tolerant, and reconfigurable control strategies (based on estimators/observers) for electric drives dedicated to space applications. The control ensures service continuity, system reliability, and optimized power consumption.
WATT AND WELL
R&D Electrical engineer
ENERGY AND UTILITIES
January 2018 - January 2019 (1 year)
Paris Metropolitan Area, France
• - Design of LCL (Latching Current Limiter) circuits.
• - Testing and validation of control and power boards for space equipment.
Laboratory on Plasma and Conversion of Energy (LAPLACE)
Research internship
AUTOMOBILE
July 2017 - July 2017
Toulouse, France
• - Control of converters implemented using a PSoC-based microcontroller board. Construction of a half bridge with GAN components integrated
in PCB technology.