Manufacturing Process Numerical Simulation Researcher - R&D

As part of the New Products Development program, the R&D department is looking for a Numerical Simulations researcher for Manufacturing processes.

You will be requested to perform internal development of numerical simulations for process modeling, and to establish a partnership network with external specialists in the domain.

Your contribution will be key to the success of new products Industrialization through efficient & predictive process modeling solutions that will enable to identify and address technical difficulties during industrialization, to support APERAM in its Innovation plan strategy and journey for decommoditization.

In this position, you will report to the Head of R&D Process Dpt. (N+1).

You will be based in Isbergues Research Center.

Mission

Within the Process team, you will be required to:

• Act as a R&D representative on the different APERAM sites
• Ensure a presence on production site (~15%)
• Gather information and needs from production site and coordination with CTO teams
• Develop the internal competencies in the Process fluid and thermal simulation field
• Develop a network of academic partners
• Develop the Isbergues Research Center simulation methods
• Manage and ensure an efficient progress of R&D projects in your perimeter
• Define working programs and coordinate internal studies with researchers, technicians and external studies with academic partners
• Ensure a regular reporting (hierarchy, program owners, internal customers)
• Propose industrial trials / optimization and support to local teams
• Capitalize, publish technical reports and scientific writings
• Propose disruptive ideas / solutions (Innovation)
• Participate in scientific congresses / conferences
• Actively participate in the Safety pillar

The technical missions will include, among others, the study of:

• Development of the CFD simulation culture inside Aperam
• CFD modeling for steelmaking processes (AOD, ladle, tundish, continuous casting etc.)
• CFD modeling for slabs and annealing furnaces
• Optimization of industrial practices for better productivity, cost improvement and capability extension

Skills

BAC + 5 with first experience OR BAC + 8 (PhD) graduated from an Engineering school in Materials or Mechanical or Thermophysical Science, our ideal candidate must demonstrate the following skills:

• Strong knowledge in CFD and simulation tools, preference is given to open source software as “Open Foam”
• Knowledge in Materials Science or Process Engineering
• Thermodynamics, Hydrodynamics, Metallurgy, Solidification
• Ability to write technical reports and minutes
• Initiative and autonomy
• Ability to work in a team and with a certain versatility