PhD - Plasma Torch Simulation Engineer

JR Germany; Leverkusen; Vor Ort; EUR 50.000 - 70.000; 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 collaboration with engineers and researchers, focusing on innovative solutions in a dynamic, international environment. Candidates should possess strong numerical methods knowledge, programming skills, and a relevant advanced degree.

Leistungen

Flexible working hours

Generous leave policies

Opportunities for growth

Engaging topics and diverse work streams

Qualifikationen

• PhD or Master’s degree in relevant fields required.
• Experience with numerical simulations and programming languages.
• Fluency in English; French or German is a plus.

Aufgaben

• Run OpenFOAM Solver simulations for various scenarios.
• Estimate thermodynamic and transport properties of plasma.
• Develop numerical models for plasma torches.

Kenntnisse

Numerical methods

Plasma physics

Problem-solving

Teamwork

Programming in C++

Programming in Python

Ausbildung

PhD or Master’s degree in Mechanical Engineering

PhD or Master’s degree in Chemical Engineering

PhD or Master’s degree in Physics

Tools

OpenFOAM

Code_saturne

Jobbeschreibung

Job Description:

Paul Wurth S.A. is an international engineering company based in Luxembourg, employing 500 highly motivated professionals. We are a global leader in ironmaking technologies, focusing on innovation and sustainability in the industry.

As part of the SMS group, a leading technology supplier with 15,000 employees worldwide, we serve the steel industry and beyond. Our R&D team is dedicated to CO2 reduction, green energy, and hydrogen technologies, including the EASyMelt plasma torch concept.

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

In this role, you will design and simulate plasma torches for industrial applications, collaborating with engineers and researchers to develop innovative solutions.

Responsibilities:

• Run OpenFOAM Solver simulations 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 degree in Mechanical Engineering, Chemical Engineering, Physics, or related fields.
• Strong understanding of numerical methods and plasma physics.
• Experience with numerical simulations in software such as OpenFOAM.
• Proficiency in programming languages like C++ or Python.
• Analytical, problem-solving skills, and ability to work in a team.
• Fluent in English; French or German skills are a plus.

Additional Information:

• Internship supported by a PhD in an international team within Luxembourg's industry.
• Opportunities for growth in an innovative, international company.
• Flexible working hours and generous leave policies.
• Engaging topics and diverse work streams.