I am a Senior Control Law and Model-Based Design Engineer currently driving advanced engineering solutions at Valeo. With a Master's degree in Power Electronics specializing in Active Front End (AFE) rectifiers, I bridge the gap between complex academic theory and robust, production-ready industrial applications. My core expertise lies in developing, simulating, and troubleshooting advanced control frameworks—including Vector Oriented Control (VOC) and Model Predictive Control (MPC)—for PMSM drives and complex power systems. Whether you need precise Simulink model development, intricate discrete control block simulation, or publication-ready LaTeX/TikZ schematics, I deliver engineering excellence with senior-level reliability.