About the job
Join our dynamic team as a Hardware Module Developer, where you'll focus on cutting-edge products including an 11kW Charger and a 3kW DCDC converter specifically designed for electric vehicles.
Key Responsibilities:
- Design and Development: Innovate filter circuits for power converters while adhering to stringent EMC requirements. Design and simulate hardware components ensuring compliance with automotive industry standards.
- Component Selection: Select optimal passive components such as inductors, capacitors, and resistors based on application specifications like size, tolerance, and thermal performance.
- Filtering Techniques: Create and implement novel filtering methods to enhance power converter efficiency, reduce ripple, and mitigate electromagnetic interference (EMI).
- Simulation and Analysis: Utilize tools like LTSPICE, PLECS, and MATLAB for circuit simulations and analyses, focusing on ripple and transient behaviors in power converters. Conduct thermal simulations to validate design robustness under varying conditions.
- Prototyping and Testing: Construct and validate filter hardware prototypes for power converters. Perform rigorous testing to ensure compliance with functionality, efficiency, reliability, and safety standards. Execute lab tests to assess parameters including voltage and current ripple, attenuation, and thermal characteristics.
- Optimization and Troubleshooting: Refine filter designs to enhance EMC performance, minimizing power losses and component sizes. Troubleshoot hardware issues during testing phases, proposing effective solutions to meet standards.
- Collaboration and Documentation: Collaborate with cross-functional teams such as power electronics engineers, firmware developers, and systems engineers to integrate filtering solutions into power converter designs. Document design decisions, schematics, layout guidelines, and test results clearly.

