Structural Modelling Engineer M/F
Verkor
As such, you develop, validate, and deploy structural modeling capabilities for Li-ion battery cells, module and pack assemblies, and their components. You contribute to robust product design decisions by delivering reliable finite-element and surrogate models, correlating simulations with physical tests, and supporting design optimization throughout the product development lifecycle.
Main responsibilities :
- Develop structural finite-element models for Li-ion battery cells, module and pack assemblies, and associated components
- Perform meshing on complex 3D CAD designs and run structural and thermo-mechanical simulations under static and dynamic events such as shock, vibration, crash and durability
- Build surrogate models and reduced-order models from full-order finite-element models to accelerate design exploration
- Validate simulation models against physical test results and document correlation assumptions, limitations, and confidence levels
- Construct analysis workflows with product design engineers to support thermo-mechanical design optimization from early concept phases through the product lifecycle
- Develop physical test and simulation methods for mechanical characterization of cells, modules, and components, including material model identification
- Review scientific and technical literature to identify state-of-the-art methods for modeling, characterization, and structural or thermo-mechanical analysis
- Collaborate with product development leaders to deliver simulation case studies in line with project priorities and timelines
- Lead technical investigations, perform diagnostic analyses, prepare progress updates, and contribute to design review dossiers
- Contribute to intellectual property development by identifying and documenting innovative modeling methods, workflows, or design insights
- Master’s degree or PhD in Mechanical Engineering, Materials Science and Engineering, or a closely related discipline
- Specialized knowledge in structural mechanics, strength of materials, thermal engineering, and thermo-mechanical behavior
- 10+ years of experience preferred in structural and thermal modeling, finite-element analysis, and model validation
- Proficiency in CAD, meshing, mathematical modeling, numerical methods, and model order reduction techniques
- Proficiency in scientific coding, preferably Python and/or Matlab
- Experience with simulation tools such as 3DEXPERIENCE, Abaqus, LS-DYNA, or equivalent platforms
- Experience in, and aptitude for, hands-on laboratory activities and physical test interpretation
- Project management experience; English proficiency required; French is a plus