I am a PhD student in applied mathematics for the numerical simulation of physics problems under the direction of Alexandre Ern at CERMICS, École des Ponts ParisTech. I am also co-supervised by Laurent Guillot at CEA (Fench Alternative Energies and Atomic Energy Comission).
I am particularly interested in the use of non conforming hybrid high order finite element methods (HDG/HHO) especially in the context of the use of unfitted meshes and the CUT paradigm (cut of mesh elements by material interfaces).
As part of my thesis, I am currently working within the framework of the simulation of the propagation of seismic-acoustic waves (coupling between the seismic field and atmospheric acoustics), using the methods mentioned above.
From a modeling point of view, I really like to vary the fields of application (fluid mechanics, structural mechanics, biology, electromagnetism, etc.) and to learn in these different fields.
I am also interested in the optimization and the portability of the numerical methods on high performance computing architectures.
• 2022 - 2023 :
- Fall semester 2022 / Paris Sorbonne University
1st year of Master's degree in Computational Mechanics
Course : Numerical methods (Linear systems, Finite differences etc...)
Teaching Assistantship : Supervision of practical work sessions and numerical modeling projects
- Spring semester 2023 / Paris Dauphine University
2nd year of Bachelor's degree in Mathematics and Computer science
Course : Numerical methods (Nonlinear equations, polynomial interpolation, quadrature formulas,
iterative and direct methods for solving linear systems, eigenvalue and eigenvector computing)
Teaching Assistantship : Supervision of theoretical and practical work classes
I am currently enrolled in a PhD program at ENPC. The topic of my thesis is "Non-conforming hybrid methods for modeling and numerical simulation of seismic-acoustic wave propagation" .
I graduated from the master Modeling and Fluid-Structure Computation from the engineering school SeaTech. During my education I had several training experiences :
• 6 months at ONERA (National Office for Aerospace Studies and Research) where I work on the implementation of Spectral Differences and CDO schemes for the resolution of Maxwell's equations - (France / 2021).
• 6 months at UPC (Polytechnic University of Catalonia) in the Msc "Numerical Methods in Engineering" - (Spain / 2020).
• 4 months at ESA (European Space Agency) where I worked on the implementation and the modeling of the near surface of Mercury, with application to heat transfer between the surface and the internal layers - (Netherlands / 2019).
ENPC (École Nationale des Ponts et Chaussées),
CERMICS (Center for Training and Research in Mathematics and Scientific Computing),
CEA (French Alternative Energies and Atomic Energy Commission),
DAM (Military Applications Department)
INRIA (French National Institute for Research in Digital Science and Technology),
Project-Team SERENA (Simulation for the Environment: Reliable and Efficient Numerical Algorithms)