PhD - Plasma Torch Simulation Engineer

Paul Wurth / Paul Wurth Geprolux; Verwaltungsgemeinschaft Meßkirch; Vor Ort; EUR 60.000 - 75.000; Vollzeit

Zusammenfassung

A leading company in ironmaking technology is seeking a Plasma Torch Simulation Engineer to design and simulate innovative plasma torch solutions. The role involves collaboration with engineers and researchers, focusing on CO2 reduction techniques and green energy applications. Candidates should have a PhD or Master's degree in a relevant field and strong skills in numerical methods and plasma physics.

Leistungen

Flexible working hours

Entitlement to leave exceeding legal frame

Interesting development possibilities

Qualifikationen

• Strong understanding of numerical methods and plasma physics.
• Experience in numerical simulations using OpenFOAM.

Aufgaben

• Design and simulate plasma torches for industrial applications.
• Run the developed OpenFOAM Solver for different scenarios.
• Develop a numerical model for plasma torches.

Kenntnisse

Numerical Methods

Plasma Physics

Analytical Skills

Problem Solving

Teamwork

Programming

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

PhD – Plasma Torch Simulation Engineer (m / f / d)

Paul Wurth as a global leader in ironmaking technology is actively working on CO2 reduction approaches for the blast furnace-based iron production route. Therefore, a dedicated R&D group focusing on different CO2 reduction techniques along with the usage of green energy and hydrogen has been set up. One of the most promising research paths for the modernization of the blast furnace steel production route is the EASyMelt concept developed by Paul Wurth and integrating plasma torches.

As a Plasma Torch Simulation Engineer, your primary responsibility will be to design and simulate plasma torches for industrial applications. You will work closely with a team of engineers and researchers to develop innovative solutions for plasma torch technology.

• Running the developed OpenFOAM Solver for different scenarios
• Estimating of thermodynamic and transport properties of the plasma using statistical mechanics.
• Develop a numerical model for plasma torches using simulation software such as OpenFOAM or Code_saturne
• Collaborate with the experimental team to validate the simulation results and improve the accuracy of the models.

What do we expect?

• PhD or Master's degree in Mechanical Engineering, Chemical Engineering, Physics, or a related field
• Strong understanding of numerical methods
• Strong understanding of plasma physics
• Experience in numerical simulations using software such as OpenFOAM
• Familiarity with programming languages such as C++ or Python
• Strong analytical and problem-solving skills
• Ability to work in a team environment
• Proficiency in English. French or German language skills are considered an advantage.

What do we offer?

• Internship supported by a PhD in an international team in one of Luxembourg’s leading industrial players
• Interesting development possibilities in an international, innovative and dynamic company
• Flexible working hours and entitlement to leave, which exceeds the legal frame
• Exciting and diverse topics and work streams.

Paul Wurth S.A. is an international engineering company with deep roots in Luxembourg. We rely on the competence of our 500 highly motivated employees. We are a global leader in ironmaking technologies, driven by innovation and taking an active role in shaping a sustainable and carbon-free industry.

As part of the global SMS group, a leading technology supplier and plant builder for the metals industry employing 15,000 people worldwide, we are a strong partner for our customers in the steel industry and beyond.