Research Engineer in Solidification Processes

ArcelorMittal is the world’s largest steel producer. We use the most innovative technology to create the steels tomorrow’s world will be made of. Every day over 190,000 of our talented people, located in over 60 countries, push the boundaries of digitalization and use advanced technology to create a world that is stronger, faster and smarter. To help make this possible, they know they can depend on the support and training that a company of our scope and scale can provide.

You will join a team of specialists in Physical Chemistry deploying its skills along the steel production routes. The main technical domains of the team are: mass and heat transfert during solidification, solidification microstructural investigation, thermodynamics and thermomechanics. You will work transversally with the other research clusters (Steelmaking, Metallic Coating) and worldwide with the ArcelorMittal R&D labs and academic partners.

We are a team of engineers who are passionate about Physical Chemistry, Thermodynamics and Thermomechanics with a strong commitment to develop solutions for the steelmaking processes based on our know how. We are looking for a talented colleague sharing the same interests.

**Your role**

Your missions will be to provide process guidelines to ArcelorMittal plants where solidification related phenomena are key topic:

- To produce steel in a sustainable way through knowledge development on new solidification conditions (i.e. adaptation of process to raise scrap usage)
- To mitigate defect occurrence through lab trials and numerical simulation of the process

The scientific and technical skills we are looking for are:

- Mastering of multi-physics phenomena involved in solidification. Thermodynamics skills are a plus.
- Strong interest for doing experiments and numerical modelling.

You will enter our international network consisting of many researchers and engineers in industrial plants and academia. We are committed to helping you quickly acquire the knowledge and tools necessary for your job through permanent coaching from the entire Physical Chemistry team.

Career development is possible either in R&D or in industrial plants, depending on the opportunities and your wishes.

**Your profile**
- You hold a PhD in Materials Science, Metallurgy with knowledge in materials solidification, materials mechanical behavior modelling or thermodynamics.
- You are fluent in English.
- You are able to make experiments in laboratory and launching numerical simulation.
- You have skills in multi-physics solidification phenomena.
- You are pragmatic and with an entrepreneurship-oriented mind.
- You are able to make report both with analysis and synthesis mind.
- You have good relationships ability in a team work, in internal and external networks.

**According to ArcelorMittal Global R&D values**:

- You agree to comply with health and safety rules
- You are respectful, transparent, honest and empathetic in your relationships. You honor your word and your commitments to others
- You agree to behave consistently with the highest level of integrity
- You strive to question your practices. with high expectations of yourself and others, You strive for a high level of quality and reliability in everything You do.
- You recognize that diversity, varied skills and fresh ideas make a group exponentially better in the pursuit of a common goal
- You know that learning changes minds and lives, so You are committed to learning throughout your professional career and continually achieving the skills required and essential to your success
- You are open to ideas that challenge conventions and stimulate innovation

Join us and you will see that your work will help create renewable energy, impact major industries and boost economies. At ArcelorMittal, we'll help you create your world.

Attractive remuneration with stimulating career prospects in which eminent scientists and engineers evolve in a multicultural environment

Doctoral Degree or PhD