Toulouse, Occitanie, France
I am a dedicated PhD candidate at CERFACS with a strong passion for scientific research and innovation. My doctoral work focuses on the modeling of plasma discharge for hydrogen combustion, a cutting-edge area of research with significant implications for sustainable energy solutions and advanced combustion technologies. Through my thesis, I aim to better understand the complex interactions between plasma and hydrogen, with the goal of optimizing combustion processes for cleaner, more efficient energy production. I am developing and utilizing advanced computational models to simulate and analyze plasma discharges, working at the intersection of fluid dynamics and plasma physics.
-Model the interaction of the plasma-flame coupling -Develop a phenomenological model for the kinetics of plasma discharges in a hydrogen-air mixture -Perform 3D simulations of an academic sequential burner to study the plasma-flame interaction -Collaborate with the CAPS laboratory in ETHZ to investigate flame enhancements due to NRP discharges
Taught SP421: Plasma Physics -Prepared and developed lecture slides, educational materials, and supporting course content. -Designed and conducted practical problem-solving and exam-preparation sessions. -Prepared assessment materials and examination content. -Evaluated and graded examinations
-Consultancy in the aerospace field. -Handled work with the biggest companies in the industry.
-Optimization of two-phase cooling models for satellites.