Job Description
Working at Freudenberg: "We will wow your world!" This is our promise. As a global technology group, we not only make the world cleaner, healthier and more comfortable, but also offer our 52,000 employees a networked and diverse environment where everyone can thrive individually. Be surprised and experience your own wow moments. Together with our partners, customers and the world of science, we develop leading-edge technologies, and excellent products and services for about 40 markets and for thousands of applications: seals, vibration control components, batteries and fuel cells, technical textiles, filters, cleaning technologies and products, specialty chemicals and medical products.
You support our team as
Master thesis in the field of “Combining Physical Models with Artificial Intelligence to optimize cycle times in injection molding processes” (m/f/d)
- Analysis and evaluation of various theoretical approaches to determine the energy input in the injection molding process
- Creation and further development of simulation models to predict the required cycle times in the elastomer injection molding process
- Data generation using DOE or CFD
- Validation of the modeling approaches with real data
- Master of Science studies in the field of mechanical engineering, process engineering, plastics engineering or related fields
- Very good knowledge in one of the following areas: Theory of heat transfer, computational fluid dynamics (CFD), machine learning
- Very good knowledge and programming experience in Python
- Knowledge of injection molding is desirable
- Commitment, flexibility, initiative and creativity
Cafeteria/ Canteen
We offer fresh food on-site, both hot and cold.
Employee discounts
Opportunities for deals on products and services.
Easily Reachable
Easy, low-stress access by car or public transport.
Sustainability & Social Commitment
We support social and sustainable projects and encourage employee involvement.
Personal Development
We offer a variety of trainings to ensure you can develop in your career.
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