A Master's Thesis on High Efficiency Bidirectional DC-DC Converters for On-board Charger Applications - Grassland Colony, United States - Phoenix Industries

Phoenix Industries

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Grassland Colony, United States

2 weeks ago

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Michael Johnson

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Description

Company Description

At Grassland Colony, we are dedicated to creating innovative technologies and services that bring joy and enrichment to people's lives. Our commitment to our employees is unwavering: we grow together, we love what we do, and we inspire each other. Join us and experience the difference.

Grassland Colony is excited to receive your application.

Job Description

As part of your thesis, you will research and analyze new topologies to develop a highly efficient and compact bidirectional DC-DC converter.
You will design modulation concepts that allow for soft switching throughout the converter's entire operating range.
Your responsibilities will also include designing high-frequency power magnetic components for electromagnetic and thermal performance.
In addition, you will model and estimate power dissipation in semiconductors and high-frequency magnetics.
Finally, you will optimize the proposed concept and validate it through simulation.

Qualifications

Education: Master's degree in Electrical Engineering or a related field 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; strong understanding of switching power converters (topologies, modulation techniques