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Thesis: Simulation of Thermal Warping in Thin Steel Sheets During Laser Welding(m/w/x)
Simulating thermal warping in thin steel sheets during laser welding for Fraunhofer-Gesellschaft. ANSYS and Python simulation experience a plus. Flexible working hours, creative interdisciplinary environment.
Requirements
- Pursuing natural sciences degree with research interest
- Independent, organized, and structured work approach
- Experience with ANSYS and Python simulations (plus, not required)
Tasks
- Develop a model integrating physical properties and influencing factors
- Analyze correlations between influencing mechanisms
- Optimize interactions to improve weld quality
- Compare simulation results with actual component distortion
Education
- Currently in higher education
Languages
- English – Business Fluent
Tools & Technologies
- ANSYS
- Python
Benefits
Flexible Working
- Flexible working hours
Informal Culture
- Creative, interdisciplinary environment
- Motivated team
- Flat hierarchies
- Informal culture
Modern Equipment
- Excellent range of machines and equipment
Modern Office
- First-class office facilities
Other Benefits
- Practice-oriented thesis
- Diversity promotion
Startup Environment
- Innovative applied research environment
Parking & Commuter Benefits
- Good transport connections
- Parking spaces
- E-charging station
- Parking garage
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- Fraunhofer-GesellschaftFull-timeTemporary contractOn-siteNot specifiedAachen
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Thesis: Simulation of Thermal Warping in Thin Steel Sheets During Laser Welding(m/w/x)
Simulating thermal warping in thin steel sheets during laser welding for Fraunhofer-Gesellschaft. ANSYS and Python simulation experience a plus. Flexible working hours, creative interdisciplinary environment.
Requirements
- Pursuing natural sciences degree with research interest
- Independent, organized, and structured work approach
- Experience with ANSYS and Python simulations (plus, not required)
Tasks
- Develop a model integrating physical properties and influencing factors
- Analyze correlations between influencing mechanisms
- Optimize interactions to improve weld quality
- Compare simulation results with actual component distortion
Education
- Currently in higher education
Languages
- English – Business Fluent
Tools & Technologies
- ANSYS
- Python
Benefits
Flexible Working
- Flexible working hours
Informal Culture
- Creative, interdisciplinary environment
- Motivated team
- Flat hierarchies
- Informal culture
Modern Equipment
- Excellent range of machines and equipment
Modern Office
- First-class office facilities
Other Benefits
- Practice-oriented thesis
- Diversity promotion
Startup Environment
- Innovative applied research environment
Parking & Commuter Benefits
- Good transport connections
- Parking spaces
- E-charging station
- Parking garage
Like this job?
BetaYour Career Agent finds similar jobs for you every day.
About the Company
Fraunhofer-Gesellschaft
Industry
Research
Description
Das Unternehmen ist eine der führenden Organisationen für anwendungsorientierte Forschung mit 76 Instituten in Deutschland.
Not a perfect match?
- Fraunhofer-Gesellschaft
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Thesis: Defect detection in laser cladding using scanners and camera technology(m/w/x)
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Master Thesis: Machine Learning (ML)-Based Methods as Surrogate for Finite Element Modelling(m/w/x)
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