Master Thesis on High Efficiency Bidirectional DC-DC Converters for On-board Charger Applications
04.04.2024
Bosch-Gruppe
Renningen
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Master Thesis on High Efficiency Bidirectional DC-DC Converters for On-board Charger Applications
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Renningen
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Master Thesis on High Efficiency Bidirectional DC-DC Converters for On-board Charger Applications
Renningen
Aktualität: 04.04.2024
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04.04.2024, Bosch-Gruppe
Renningen
Master Thesis on High Efficiency Bidirectional DC-DC Converters for On-board Charger Applications
During your thesis, you will identify and analyze new topologies to enable a highly efficient and small size bidirectional DC-DC converter.
You will develop modulation concepts that enable soft switching across the entire operating range of the converter.
Your job includes the electromagnetic and thermal design of high frequency power magnetic components.
Furthermore, you will model and estimate power dissipation in semiconductors and high-frequency magnetics.
Last but not least, you will optimize the proposed concept and validate it by simulation.
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Job ID REF226807D
LocationRenningen , Germany
Fields of workResearch
Join asNot Applicable
Job typeFull-time
Start DateAccording to arrangement
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Your tasks
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Education: Master studies in the field of Electrical Engineering or comparable with a focus on power electronics
Experience and Knowledge: experience with power converter simulation in MATLAB/Simulink and FEM simulation in electromagnetic and thermal domains; solid understanding of switching power converters (topologies, modulation techniques, control), semiconductor loss mechanisms and high-frequency magnetics; basic understanding of thermodynamics, power electronics cooling and power converter hardware design is a plus
Personality and Working Practice: team player with good problem solving and communication skills
Languages: fluent in English
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