Power Module Electrical Design Expert
Li Auto (Job via XING.com)
📍 Munich
💰 100,000–240,000 € gross/year
📑 Permanent contract
⏱ Full time
📐 Engineering
🖌 Design
💼 Professional
Industry
Electrical Optical
Tasks
- Track industry technology trends and define electrical design technology roadmaps for SiC power modules.
- Cooperate with the team to complete the pre-research of advanced packaging solutions from an electrical design perspective.
- Organize electrical technical cooperation with universities and research institutes.
- Responsible for SiC power module electrical design, simulation, and verification of power module packaging.
- Develop advanced electrical design techniques with strong competitiveness in the industry.
- Solve difficult problems of power modules, such as oscillation, current sharing, system coupling, and module reliability.
- Investigate and dynamically track forward-looking technology of power semiconductor packaging.
- Develop SiC MOSFET chip simulation models and complete the simulation and verification of the dynamic characteristics of the chip model.
- Responsible for power chip selection, chip requirement development, chip screening, and optimal patch strategy.
- Complete the batch production introduction and verification of new chips.
Hard skills
- Master's degree or above in microelectronics, power electronics, electrical engineering, mechanical electronics, or related majors.
- More than 8 years of experience in electrical development or technology research and development of power semiconductor packaging.
- Successful experience in electrical development of SiC modules, preferably with products achieving mass production status.
- Familiar with the semiconductor packaging industry and possess good interpersonal relationships.
- Solid theoretical foundation for the microstructure, working principles, common failure modes, and power electronic circuits of power semiconductor devices such as Si, SiC, and GaN.
- Proficient in electromagnetic fields, circuits, power electronics, and basic principles of power devices.