Lucas DEBESSELLE

J'ai intégré l'entreprise Venturi Space France dans le département "Électronique et Software". Je m'occupe de développer des lois de commande et la validation de ces dernières via le Hardware in the Loop. J'ai la chance de travailler et d'apprendre au sein d'une équipe motivante pour me permettre d'acquérir une façon de travailler très rigoureuse tout en prenant de l'expérience.

Réalisation de travaux d'architecte système via l'outil DOORS. Caractérisation et rédaction des exigences d'un nouveau projet tout en assurant la traçabilité.

I participated in the integration of a digital keypad. The goal was to enable/disable functionalities such as cruise control by pressing, holding, or repeatedly pressing a button. I developed the software according to the specifications using Simulink. Then, I validated my project using Hardware in the Loop (HiL). In parallel, I added a power limitation by controlling the torque demand using a PI controller, checked, modified if necessary, tested, and validated some implementations of the main program, and finally, I created a MATLAB tool to copy software calibrations into an Excel file. Thanks to my internship, I was able to explore different aspects of the control engineering profession and improve my skills in Simulink and model-based programming. I also gained useful knowledge in power management, programming tips, and methodology.

For the school project, I was in charge of the electronics department and led a team of 3 students. Our main objectives for the year were to design the electrical harness, test the various sensors we had, and find an affordable Vehicle Control Unit (VCU), with some guidance and help to program it. This experience gave me my first taste of management while independently developing knowledge in the field.

I participated in the conversion of a machine for a specific manufacturing model, as well as working as a worker, where I was independently responsible for a coating machine.

Engineering student in my fifth year, specializing in "Autonomous and Connected Vehicles." Several modules are studied, such as image processing in C++ using OpenCV, advanced linear/non-linear control of vehicles, and vehicle connectivity with infrastructures. At the same time, we also cover the fundamental concepts of AI and machine learning.