Master Thesis: PCB-Integrated Inductor for HF Buck

Magna International; Linköpings kommun; On-site; SEK 167,000 - 201,000; Part time

Job summary

Magna Electronics in Sweden is seeking a Master’s student to explore PCB-integrated inductors for high-frequency DC/DC Buck converters in automotive applications. You will perform theoretical analysis, design simulations, and prototype development while evaluating materials and stack-ups.

The project includes laboratory testing and validation, with comparison to traditional discrete inductors and potential impact on manufacturability and cost.

Qualifications

• Ongoing Master's studies in Electronics, Electrical Engineering, Applied Physics, Engineering Physics, or related field.
• Interest in electronics, power electronics, or embedded systems.
• Knowledge of electromagnetics, magnetic components, and PCB design.
• Desire to combine theoretical work with practical testing and measurements.

Responsibilities

• Theoretical analysis of PCB integrated inductors.
• Design and simulation of high-frequency inductor concepts.
• Evaluation of magnetic materials, PCB stack-ups and geometries.
• Development of prototype designs.
• Laboratory testing and validation of electrical performance.
• Comparison with conventional discrete inductors regarding performance and cost.

Skills

Electronics

Power electronics

Embedded systems

Analytical thinking

Education

Master's studies in Electronics or related field

Job description

Magna Electronics in Sweden is seeking a Master’s student to explore PCB-integrated inductors for high-frequency DC/DC Buck converters in automotive applications. You will perform theoretical analysis, design simulations, and prototype development while evaluating materials and stack-ups.

The project includes laboratory testing and validation, with comparison to traditional discrete inductors and potential impact on manufacturability and cost.