I am pursuing my Ph.D. at 3D PLUS in collaboration with the SATIE laboratory (at ENS Paris-Saclay). Denis LABROUSSE is my thesis supervisor, Raphael FILIPE from 3D PLUS, and Patrick DUBUS from POWERLOGY are my industrial advisors. This partnership, which pools the resources and expertise of multiple parties, has provided me with a stimulating learning environment.My research aims to develop a high current (>100A), low-voltage (<1.5V) output converter utilizing GaN transistors for space applications. My PhD's main fields of research include:• DC/DC converter design, analog circuit design• Electrical circuit simulation using SIMetrix/SIMPLIS (SPICE simulator)• Thermal and magnetic simulation using 2D (FEMM) and 3D (ANSYS, Q3D) finite elements• Prototyping development and laboratory testing (such as board assembly, routing, testing, and validation)• Development of Python algorithms based on machine learning• Authoring patent applications and scientific articles.My research goal is to develop pioneering techniques for power conversion that effectively exploit GaN transistors' benefits and satisfy space application requirements. I am deeply interested in power electronics and am determined to contribute significantly to this field.

Mission: • Development of a neural network to determine the losses and behavior of a given magnetic material. This work is a continuation of my previous internship at 3D Plus.• Study and design of a low voltage, high current DC/DC converter for space application. This work is part of a PhD thesis between 3D Plus and the Ecole Normale Supérieure de Paris Saclay (ENS Paris Saclay) that will start at the end of 2022. Mobilized skills : • Power electronics• Analog electronics• Programming under Python 3• Microcontroller programming in C (PIC32)• Simulation with SIMetrix, MatLab

Mission: - Develop an automated characterization bench to determine the performance of different magnetic components (planar transformers, inductors, etc.) with the objective of developing power converters.- Determine different loss models that describe the behavior of a given magnetic material, implement them in simulation software (COMSOL, SIMetrix). Mobilized competences: - Analog electronics- Power electronics- Microcontroller programming in C (PIC32)- Simulation with MatLab, FEMM, SIMetrix- Card routing- Python programming in order to automate measurements (on a Raspberry Pi)- Genetic algorithm in python to determine different models

Research internship in computer science and telecommunications at the Centre collégial de transfert de technologie en télécommunications [C2T3] in Trois-Rivières, Canada. Implementation of a modem using LTE-M. Programming of an application in C and C++.