Post-doctoral researcher at Ljk (University of Grenoble) and LEGI (Grenoble INP)
LEGI, Domaine Universitaire, BP 53, 38041 Grenoble Cedex 9, France
ANR SCALE. Position at the laboratories LEGI (mecanics) and LJK (applied mathematics) in Grenoble, adviser : G.H. Cottet (LJK), G. Balarac (LEGI) et C. Picard (LJK). Subject : developp parallel implementation for particular method and coupling them with spectral schemes (or finite-volume schemes on unstructured mesh). The purpose is to simulate the advection of a (non-diffusive) scalar by a turbulent flow. Finer mesh are used to discretize the scalar and thus the cfl of classical scheme restrict too much the time step.
Modeling tumor growth: Parameter estimation (recovery of the vasculature) and model devoted to gliomas (brain tumor) and numerical simulations of these models.
Thierry Colin and Olivier Saut
Member of the ”Algorithm “project (a four week research session founding by the CTR): Particle method: an efficient tool for direct numerical simulations of high Schmidt number passive scalar in turbulent flow. Collaboration with G. Balarac (LEGI, Grenoble, France) and GH. Cottet (LJK, Grenoble, France).
Member of the ”Stroke“project (a five week research session): modeling inflammatory process during a stroke. Supervised by G. Chapuisat (Aix-Marseille 3 University) and MA. Dronne. (Lyon 1 University).
Initiation to Matlab and implementation of basics numerical method to solve EDO and simple EDP.
Initiation to programming in Fortran , introduction to Ordinary Equations and on finite-volume method in order to solve advection-diffusion problem.
Khôlles at Lycée La Martinière Monplaisir à Lyon
Phd : Tumor growth model: Doctorat, mention Très Honorable à l’université Bordeaux 1, sous la direction de Thierry Colin et d’Olivier Saut, au sein de l’équipe INRIA MC2 et de l’Institut de Mathématiques de Bordeaux.
Teaching in engeneering school Matmeca (64h per years).
Master on applied Mathematics (”Advanced mathematics“), specialization in EDP and scientific computation. Master degrees in the Lyon 1 University, ENS Lyon and Ecole Centrale Lyon.
Agrégé de Mathématiques, option Calcul Scientifique.
Parallel computing with MPI library. Implementation in C++ and Fortran of numerical method in order to simulate complex flow and complex system.
Finite-volume method on cartesian mesh with level-set method, remeshed particles method coupled with pseudo-spectral method or finite-volume methods on unstructured grid.
Modeling tumor growth:
Model devoted to specific tumor, parameter estimation on tumor growth models.
Parameter estimation with adjoint based method and optimal design.
Read and talk
Read and talk