Numerical Simulation Engineer – Mechanics and Reaction–Diffusion Phenomena

Michelin

. Build and implement new modeling approaches to describe material evolution in environments that may involve biological systems .

Posted 10/23/2026full-timeClermont-Ferrand • FranceMid-LevelSenior💰 €42,000 per yearWebsite

Core Competencies

Role fit

Core Competencies

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Demonstrates expertise in modeling and simulating multiphysics systems, with a strong focus on continuum mechanics and transport phenomena. Capable of developing innovative multiscale physical modeling approaches and characterizing material properties in biological environments.

Highest-signal resume keywords

Modeling And Simulating Multiphysics SystemsContinuum MechanicsTransport PhenomenaAnalytical ChemistryMachine Learning

ATS Keywords

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Applicant Tracking System Keywords

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Hard Skills

Finite Element SimulationHybrid ModelingDigital TwinsSurface Activity CharacterizationDiffusion AnalysisAdhesion MeasurementDegradation AssessmentBiocompatibility UnderstandingBiodegradability Performance EvaluationExperimental Approaches

Soft Skills

Interpersonal SkillsCommunication SkillsCollaborationTeamworkAbility To Connect Theory With Practice

Tools & Technologies

NMRMass Spectrometry

Certifications & Qualifications

Master’s Degree

Industry Keywords

Material EvolutionBiological SystemsPolymer-Based Composite MaterialsMultidisciplinary TeamPhysical Chemistry

About the role

Key responsibilities & impact

Build and implement new modeling approaches to describe material evolution in environments that may involve biological systems
Contribute to understanding the structure–property–performance relationships of materials
Develop digital twins
Develop innovative multiscale physical modeling approaches for interactions between polymer-based composite materials and living environments
Use simplified representations of real-world systems based on physical laws, finite element simulation, Machine Learning, and hybrid modeling
Develop approaches for characterizing the properties of interfaces between polymers and living environments
Characterize surface activity, diffusion, adhesion, and degradation using analytical chemistry, NMR, and mass spectrometry
Support product and materials designers in understanding, defining, and anticipating biocompatibility and biodegradability performance
Participate in external collaborations supporting internal research activities
Interact with product, materials, and raw-material designers within a multidisciplinary team

Requirements

What you’ll need

Master’s degree or equivalent (Bac+5)
Proven experience in modeling and simulating multiphysics systems
Knowledge of continuum mechanics
Knowledge of transport phenomena, including diffusion, and chemical reactions
Skills and interest in experimental approaches and physical chemistry are a plus
Willingness and ability to acquire knowledge and skills related to living systems, including biophysics and potentially biology, as needed
Ability to work in multidisciplinary teams and collaborative environments
Strong interpersonal and communication skills
Ability to connect theoretical concepts with practical applications

Benefits

Comp & perks

Variable compensation
Personalized training and development plan
Diverse career opportunities
Significant autonomy and freedom to take initiative
Disability-inclusive company, with a network of disability inclusion representatives and ambassadors to support you