Senior Research Engineer

At ArcelorMittal North America, we believe in driving our success through our people. Your achievements mean our customer and our community can rely on us to deliver to the highest of standards. We will support you to push the boundaries, forge your career path and help take our business to the next level.

Everything would be very different without ArcelorMittal, the world’s leading steel and mining company. Buildings. Vehicles. Home appliances. Technology products. All of them are made of our steel. And our steel is made by you. Working to the highest standards and putting safety first, you can join us to create the steel that tomorrow’s world will be made of.

We are seeking leaders to help us transform the future of steel, who want to impact the world with innovative ideas, boldness and creativity.

For us, people who think differently generate innovative solutions and more creative responses to challenges. Therefore, we value diversity as a source of new perspectives for business and promote an inclusive work environment, in which everyone has the same opportunities for human and professional development.

And naturally you expect a fair salary, paid holidays and other benefits. And of course, you are looking for job satisfaction. What else is there? At ArcelorMittal North America the answer is there is a lot more.

Join our team.

ArcelorMittal is seeking a highly skilled, self-directed senior research engineer with strong expertise in sheet metal formability. The successful candidate will have a robust understanding of large deformation mechanics observed in metal forming, skills in laboratory techniques to characterize formability, familiarity with industrial stamping processes and be conversant with the use of commercial FEA programs to predict formability.

Experience in computational materials science is highly desirable, including the use of ICME tools, multiscale modeling, and AI/ML techniques to predict material behavior, guide experimental design, and accelerate the development of advanced steel products. The candidate will also be expected to conduct R&D activities, work collaboratively with other ArcelorMittal R&D facilities and with customers in the general area of formability and stamping, and deformation mechanics of ArcelorMittal’s sheet steel products. Local and international travel might be required to support other ArcelorMittal R&D laboratories or customer trials.

Job Duties and Responsibilities:

• Follow ArcelorMittal Safety policies & procedures and take ownership in improving safe operation in the sheet steel formability laboratory
• Manage the formability laboratory equipment and be the point-of-contact for laboratory evaluations in ArcelorMittal North America. Develop SOPs for the equipment and ensure compliance with the lab Quality Management System.
• Conduct experimental determination of global and local forming limits following industry standards & customer specifications.
• Design tooling and test methods to replicate part forming and stamping operations. Use the learnings from experiments to provide guidelines for successful forming of ArcelorMittal’s products.
• Perform FEA simulations of forming processes using commercial FEA software. Develop techniques for continuous improvement of FEA predictions of part forming under production conditions.
• Collaborate with product design, and AEPX teams to provide insight into formability behavior to enable improved products and successful end-customer implementation.

Minimum/Basic Requirements:

• M. S. in Mechanical Engineering or in Materials Science with minimum of 3 years’ experience in formability evaluation
• Strong expertise in mechanics of sheet metal forming
• Experience with experimental sheet formability evaluation techniques such as FLD, tribological behavior, springback
• Familiarity with industrial forming processes
• Strong skills with commercial FEA software such as ABAQUS, LS Dyna, COPRA or equivalent for formability prediction of different industrial forming processes.
• Expertise with Digital Image Correlation (DIC)

Preferred Requirements:

• Ph.D. in Mechanical Engineering or Materials Science with a strong emphasis on solid mechanics as applied to sheet steel formability and fracture.
• Familiarity with 3D microstructure construction tools such as Dream.3D to generate RVEs for subsequent analysis.
• Expertise in crystal plasticity to enable multiscale prediction of mechanical behavior from product microstructure and phase properties.

What we’ll offer

We offer competitive salary, bonus, paid vacation, 401k employer match, health insurance, prescription drug insurance, dental insurance, vision insurance, life and disability insurance etc.

Call to action

Join us and you’ll see your work help create renewable energy, impact major industries and boost economies. At ArcelorMittal North America we’ll help you make your world.