PhD - Plasma Torch Simulation Engineer

JR Germany; Lübeck; Vor Ort; EUR 60.000 - 80.000; Vollzeit

Zusammenfassung

A leading engineering company is seeking a PhD – Plasma Torch Simulation Engineer to design and simulate plasma torches for industrial applications. This role involves collaborating with engineers and researchers, running simulations, and developing innovative solutions in a dynamic, international environment. Candidates should have a strong background in mechanical or chemical engineering and programming skills in C++ or Python.

Leistungen

Internship support

Development opportunities

Flexible working hours

Engaging work streams in an international environment

Qualifikationen

• PhD or Master’s in Mechanical Engineering, Chemical Engineering, Physics, or related fields.
• Strong understanding of numerical methods and plasma physics.
• Experience with simulation software such as OpenFOAM.

Aufgaben

• Run the OpenFOAM Solver for various scenarios.
• Develop numerical models for plasma torches using simulation software.
• Collaborate with experimental teams to validate and improve models.

Kenntnisse

Numerical methods

Plasma physics

Analytical skills

Problem-solving

Teamwork

Programming in C++

Programming in Python

Proficiency in English

Ausbildung

PhD or Master’s in Mechanical Engineering

PhD or Master’s in Chemical Engineering

PhD or Master’s in Physics

Tools

OpenFOAM

Code_saturne

Jobbeschreibung

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Client:

Paul Wurth S.A.

Location:

Job Category:

Other

EU work permit required:

Yes

Job Views:

1

Posted:

23.05.2025

Expiry Date:

07.07.2025

Job Description:

Paul Wurth S.A. is an international engineering company based in Luxembourg, with 500 employees and a global presence in ironmaking technologies. As part of the SMS group, it focuses on innovative and sustainable steel production methods, including CO2 reduction techniques and plasma torch technology.

We are seeking a PhD – Plasma Torch Simulation Engineer (m/f/d) to design and simulate plasma torches for industrial applications, collaborating with engineers and researchers to develop innovative solutions.

• Run the OpenFOAM Solver for various scenarios.
• Estimate thermodynamic and transport properties of plasma using statistical mechanics.
• Develop numerical models for plasma torches using simulation software like OpenFOAM or Code_saturne.
• Collaborate with experimental teams to validate and improve models.
• Qualifications: PhD or Master’s in Mechanical Engineering, Chemical Engineering, Physics, or related fields.
• Strong understanding of numerical methods, plasma physics, and experience with simulation software such as OpenFOAM.
• Programming skills in C++ or Python.
• Analytical, problem-solving skills, and ability to work in a team.
• Proficiency in English; French or German is advantageous.

Additional benefits include internship support, development opportunities, flexible working hours, and engaging work streams in an international, innovative environment.