Claire Roche is a research engineer and PhD in applied mathematics and computer science based in France, specializing in automatic hexahedral block-structured mesh generation for CFD and hypersonic flow simulations. With four years of industry and research experience—including roles at CEA, Siemens Digital Industries Software, and a summer project at Lawrence Livermore—she has developed advancing-front algorithms, Bézier-based block curving, and interval-assignment techniques for boundary-layer-aware curved meshes. Claire combines deep numerical methods and HPC training with practical mesher implementation in commercial software, bridging research prototypes and production-grade volume meshing. Her work uniquely focuses on producing simulation-ready structured meshes that preserve boundary-layer fidelity for atmospheric re-entry applications.
4 years of coding experience
5 years of employment as a software developer
Engineer Degree Applied Mathematics and Mechanics, Engineer Degree Applied Mathematics and Mechanics at ENSEIRB-MATMECA
Master Degree Numerical Methods for High Performance Computing, Master Degree Numerical Methods for High Performance Computing at Université de Bordeaux
Doctor of Philosophy - PhD Applied Mathematics and Computer Science, Doctor of Philosophy - PhD Applied Mathematics and Computer Science at Université Paris-Saclay
CPGE MPSI/MP Mathematics and Physics, CPGE MPSI/MP Mathematics and Physics at Lycée Camille Jullian
GMDS, for Generic Mesh Data Structures and Services, provide a set of libraries to represent and handles meshes in the context of numerical simulation. It mainly targets quad and hex mesh generation and adaptation.
Contributions:536 commits, 8 PRs, 160 pushes in 1 year 3 months
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