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Master Thesis Development of an Analytical Model for Predicting High-Frequency Impedance Spectrum of Planar Magnetics(m/w/x)
Predicting high-frequency impedance spectrum for planar components, validated with FEA tools and lab measurements at a global technology supplier. Master studies in Electrical Engineering or Physics with Power Electronics/soft-magnetic focus required. Team collaboration, independent research focus.
Requirements
- Master studies in Electrical Engineering or Physics with focus on Power Electronics and/or soft-magnetic components
- First lab experience in electronics
- Good command of Matlab/Simulink
- Preferred experience with FEM tools for electromagnetics
- Independent work style
- Systematic task approach
- Proactive search for new solutions
- Required office attendance
- Good English skills
- University enrollment for thesis
Tasks
- Develop an analytical model for high-frequency planar transformer impedance
- Simulate impedance spectrum using FEA tools to validate models
- Measure impedance spectrum on real planar transformers using an analyzer
- Present progress and results regularly
- Discuss results with the team
- Comprehensively document findings for your master's thesis
Education
- Currently in higher education
Languages
- English – Business Fluent
Tools & Technologies
- Matlab/Simulink
- FEM tools
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Master Thesis Development of an Analytical Model for Predicting High-Frequency Impedance Spectrum of Planar Magnetics(m/w/x)
Predicting high-frequency impedance spectrum for planar components, validated with FEA tools and lab measurements at a global technology supplier. Master studies in Electrical Engineering or Physics with Power Electronics/soft-magnetic focus required. Team collaboration, independent research focus.
Requirements
- Master studies in Electrical Engineering or Physics with focus on Power Electronics and/or soft-magnetic components
- First lab experience in electronics
- Good command of Matlab/Simulink
- Preferred experience with FEM tools for electromagnetics
- Independent work style
- Systematic task approach
- Proactive search for new solutions
- Required office attendance
- Good English skills
- University enrollment for thesis
Tasks
- Develop an analytical model for high-frequency planar transformer impedance
- Simulate impedance spectrum using FEA tools to validate models
- Measure impedance spectrum on real planar transformers using an analyzer
- Present progress and results regularly
- Discuss results with the team
- Comprehensively document findings for your master's thesis
Education
- Currently in higher education
Languages
- English – Business Fluent
Tools & Technologies
- Matlab/Simulink
- FEM tools
About the Company
Bosch Group
Industry
Engineering
Description
Das Unternehmen entwickelt hochwertige Technologien und Dienstleistungen, die das Leben der Menschen verbessern.
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