Your Key Responsibilities:
- As a (Senior) Inverter EE Developer, you will be responsible for hardware development across various projects, ensuring smooth project execution and delivery
- Hardware Circuit Development and Validation: Responsible for theoretical calculations, circuit design, simulation and test of Inverter.
- Power Module Application Validation and Development: Responsible for current balancing design, thermal model development and calibration of power modules, and perform module testing (double-pulse, current balancing, thermal resistance, junction temperature).
- Hardware circuit development includes (but are not limited to): switch power supplies, driver circuits, EMC filters, power capacitors, CAN communication, SBC units, etc., as well as FMEDA, hardware requirement analysis/test, and hardware project management. The actual work will focus on a specific domain within these areas.
- Responsible for new EE building block development and continuous design optimization to lower BOM costs and increase design robustness and reliability
- Responsible for customer requirement analysis, EE related specifications creation and failure analysis
Your Qualifications:
- Master's degree or above, and majoring in electrical engineering or related, power electronics is a plus,
- Rich design Experience in INV. EE design, power module application
- Skilled in design/simulation tools, such as Zuken, MATLAB, PSPICE, LTspice, PSIM
- Proactive attitude, hardworking & teamwork, strong interest in Inverter EE development.
- Willing to work in a multi-cultural team and have good communication skills - Good written and spoken English skill