Summary
Thomas Laverne is a Senior R&D Modeling Engineer with over 18 years crafting high-performance C++ software for subsurface structural modeling and restoration, primarily within Schlumberger's Petrel ecosystem. He combines deep applied-math expertise in nonlinear finite elements, domain decomposition, and sparse solvers with practical experience building fault-modeling engines, mesh generators, and QC algorithms for noisy, incomplete geoscience data. His work spans HPC methods (ASM2), innovative cartesian discontinuity meshing, and least-square/biharmonic solvers, and he has applied machine learning to suggest fault relationships—bridging algorithm research and production-grade engineering. Based in Montpellier, France, he also pursues advanced interests in hypersonic flow simulation, graph-based preconditioning, and quantum computing, reflecting a habit of translating theoretical tools into robust industrial software.
11 years of coding experience
6 years of employment as a software developer
MPSI-MP, maths, MPSI-MP, maths at Lycée Jean Dautet- La Rochelle
Ecole Elf Aquitaine-Oman
Baccalauréat, Sciences, Baccalauréat, Sciences at Lycée Taaone (Polynésie Française)
Master's degree, Applied Mathematics, Master's degree, Applied Mathematics at Enseirb-Matmeca, Bordeaux
English