Research engineer on the Eye2Brain project at CEMOSIS, Strasbourg, France

• Development of new models to quantitatively describe metabolic connections between the eye and the brain
• 3D/0D coupling between Feel++ and OpenModelica
• HPC and cloud technology: MSO4SC project

Active Developer in the Feel++ Project

• Main developer on the reduced basis framework (C++)
• Parallel programming and HPC
• Scientific computing, Linear algebra, Numerical algorithms

Ph.D.: The Reduced Basis Method Applied to Aerothermal Simulations at University of Strasbourg, France

• Aerothermal simulations (finite element method, coupled non-linear system)
• Implementation: Stabilization methods and turbulence model in Feel++
• Model order reduction: Reduced Basis Method for non-linear problems

Master degree in Applied Mathematics at University of Strasbourg, France

• Advanced C++ skills: meta-programming, MPI, scientific computing
• Daily Use: cmake, boost, git, openmp, LATEX, Unix systems
• Basics: python, slurm, java, html, matlab, fortran, docker, singularity

• Modeling: finite element method, CFD, coupled systems
• Linear Algebra: preconditioning methods, iterative solvers
• Model Order Reduction: Certified reduced basis, proper orthogonal decomposition, Proper generalized decomposition

• Linguistics: French (mother tongue), English

Tutorials of mathematics in highly selective classes to prepare for the competitive exams to the French "Grandes Ecoles"

Lesson-Tuition of analysis L1 Sciences