Pierre Jolivet
Electrical Engineer at IKOS Group
Toulouse, Occitania, France
Summary
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Senior🎓
Top SchoolPierre Jolivet is an electrical engineer with 11 years of hands-on experience bridging research and industry in mechatronics and control systems, currently based in Toulouse. He has worked on FADEC development for turbopropulsion at Capgemini Engineering and contributed to applied research projects at Laplace and ICA, including electromechanical actuator feasibility for wing de-icing. Comfortable in both lab and field test environments, he writes verification procedures, analyzes system-level impacts of modifications, and supports hardware/software integration. An active contributor to numerical computing back-end code (notably debugging FreeFEM core issues and integrating solvers like MUMPS and PETSc), he brings strong computational skills to complex multiphysics problems. Now seeking a permanent role in mechatronics, he combines academic rigor from ENSEEIHT with practical experience delivering robust engineering solutions. A less obvious strength is his knack for improving legacy numerical codebases to unlock new simulation capabilities for coupled mechanics-electronics studies.
11 years of coding experience
1 year of employment as a software developer
Baccalauréat scientifique, PHYSICAL SCIENCES, Mention Bien, Baccalauréat scientifique, PHYSICAL SCIENCES, Mention Bien at Lycée Naval de BrestBaccalauréat scientifique, Electrical and Electronics Engineering, Baccalauréat scientifique, Electrical and Electronics Engineering at ENSEEIHTAttestation CPGE, Physical Chemistry, A, Attestation CPGE, Physical Chemistry, A at Lycée Louis Barthou
Github Skills (5)
petsc10
finite-element-analysis10
c-language10
cprogramming-language10
numerical-methods9
Programming languages (11)
Github contributions (5)
FreeFem/FreeFem-sources
Dec 2015 - Dec 2022
FreeFEM source code
Role in this project:
Back-end Developer
Back-end DeveloperContributions:8 releases, 52 reviews, 877 commits in 7 years 1 month
Contributions summary:Pierre primarily focused on debugging and improving the core functionality of the FreeFEM source code. Their work involved fixing issues related to PARDISO in saddle problems, implementing support for complex numbers in PETSc, enhancing handling of meshes, and addressing output issues. The user also contributed to code refactoring and the integration of external libraries like HPDDM and MUMPS, adding new capabilities for solving and analyzing the underlying numerical problems.
cppfinite-element-analysissimulation-frameworkfinite-element-methodsscientific-computing
hpddm/hpddm
Nov 2015 - Jan 2023
A framework for high-performance domain decomposition methods.
Contributions:3 reviews, 390 commits, 183 PRs in 7 years 3 months
decompositionpythonlinear-algebrafinite-element-analysisc-plus-plus
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