Metallurgy Modeling Scientist
Core
Develop advanced Integrated Computational Materials Engineering (ICME) frameworks to predict microstructure and performance of recycled aluminium alloys for global manufacturing operations.
Role type
Senior IC computational materials scientist (metallurgy)
Builds
Physics-based and data-driven predictive models for aluminium alloy development
Domain
Aluminium recycling and lightweighting in automotive, aerospace, and packaging
Deliverable
production ML models
Required skills
physical metallurgy, texture evolution, recrystallization, precipitation phenomena, computational materials engineering, VPSC, DAMASK, CP-FEM, scientific programming (Python/MATLAB)
Preferred skills
PhD in Materials Science/Metallurgy/Computational Engineering, French language proficiency
Technologies
VPSC, DAMASK, CP-FEM, Python, MATLAB
Responsibilities
Develop ICME frameworks combining physics-based models and data-driven approaches; Translate metallurgy and rolling process knowledge into predictive microstructure models; Collaborate with manufacturing sites to ensure model adoption and business value
Seniority
Senior, hands-on IC
