• You will familiarize yourself in detail with the modeling approaches of existing in-house and commercial calculation tools.
• You will contribute to the conceptual development of methods for the computational evaluation of various failure mechanisms such as ring creeping and design criteria for different application areas of large-size diameter bearings.
• Further development, programming and verification of relevant calculation and design tools will be at the core of your responsibilities.
• Additionally, conducting training sessions and providing hands-on support for users across the entire business unit will be an integral part of your tasks.
• You will lead cross-functional and inter-disciplinary calculation projects with colleagues throughout the global corporate network.

• You have completed a university degree in a relevant engineering discipline, technical mathematics, or a similar field and have specialized in topics related to technical calculation / simulation.
• You possess fundamental knowledge of technical mechanics and numerical mathematics in an engineering context.
• You have excellent programming skills in C++ as well as experience with MATLAB and/or Python.
• You have several years of practical experience with FEM software, ideally ANSYS and preferably in the wind business.
• You’re characterized by strong analytical skills and you likewise work in a structured, independent and solution-oriented manner.
• Business-fluent German language skills and very good English language skills complete your profile.

• Long-term collaboration
• Flexible working hours, with up to 50% remote work possible
• Competitive compensation
• Individual development opportunities: training and further education options, e.g., through the thyssenkrupp Academy
• Excellent company pension plan
• Highest standards for occupational safety and health

thyssenkrupp rothe erde Germany GmbH
HR Lippstadt
Kerstin Schulte
Telefon: +49 2941 741 3594