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PhD Efficient simulation workflows of thin-walled components with trimmed IGA solids(m/w/x)
Developing crash simulation workflows for thin-walled components and trimmed IGA solids, modeling damage and failure. FE methods, LS-DYNA, and business fluent German/English skills required. Flexible working hours, mobile working, comprehensive mentoring.
Requirements
- University degree in mechanical engineering, mathematics, computational mechanics, or comparable field
- Knowledge of programming languages, preferably Fortran and Python
- Knowledge of FE methods and LS-DYNA
- Business fluent German and English skills
- Valid residence or work permit for non-EU citizens
Tasks
- Gain insights into passive safety
- Develop methods for crash simulations and tests
- Model and simulate damage and failure in trimmed IGA solids
- Create efficient workflows for thin-walled structures
- Support process and method development
- Manage work packages independently
Education
- Bachelor's degree
Languages
- German – Business Fluent
- English – Business Fluent
Tools & Technologies
- Fortran
- Python
- LS-DYNA
Benefits
Flexible Working
- Flexible working hours
- Mobile working
Other Benefits
- Digital offers
- Apartment offers for students
Competitive Pay
- Attractive remuneration
Mentorship & Coaching
- Comprehensive mentoring
Learning & Development
- Professional development
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PhD Efficient simulation workflows of thin-walled components with trimmed IGA solids(m/w/x)
Developing crash simulation workflows for thin-walled components and trimmed IGA solids, modeling damage and failure. FE methods, LS-DYNA, and business fluent German/English skills required. Flexible working hours, mobile working, comprehensive mentoring.
Requirements
- University degree in mechanical engineering, mathematics, computational mechanics, or comparable field
- Knowledge of programming languages, preferably Fortran and Python
- Knowledge of FE methods and LS-DYNA
- Business fluent German and English skills
- Valid residence or work permit for non-EU citizens
Tasks
- Gain insights into passive safety
- Develop methods for crash simulations and tests
- Model and simulate damage and failure in trimmed IGA solids
- Create efficient workflows for thin-walled structures
- Support process and method development
- Manage work packages independently
Education
- Bachelor's degree
Languages
- German – Business Fluent
- English – Business Fluent
Tools & Technologies
- Fortran
- Python
- LS-DYNA
Benefits
Flexible Working
- Flexible working hours
- Mobile working
Other Benefits
- Digital offers
- Apartment offers for students
Competitive Pay
- Attractive remuneration
Mentorship & Coaching
- Comprehensive mentoring
Learning & Development
- Professional development
About the Company
BMW Group
Industry
Automotive
Description
Das Unternehmen bietet spannende Praktika im Bereich Markenerlebnis und Eventmanagement und legt großen Wert auf Gleichbehandlung und Chancengleichheit.
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