Responsibilities:
As a (Senior) Hardware Development Engineer, you will be responsible for hardware development across various projects, ensuring smooth project execution.
Hardware Circuit Development and Validation: Responsible for theoretical calculations, design, simulation, schematic design of hardware circuits for electric vehicle drivers, as well as writing and executing hardware board-level and inverter-level test specifications.
Power Module Application Validation and Development: Responsible for failure analysis, current balancing design, thermal model design and calibration of power modules, and performing module testing (double-pulse, current balancing, thermal resistance, junction temperature).
Hardware development circuits include (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, hardware requirement testing, and hardware project management. The actual work will focus on a specific domain within these areas.
Tight cooperation with global technical team, report native projects in time.
Requirements:
Experience in electric vehicle drives, power module design, or hardware circuit design is preferred.
Familiarity with power electronics hardware circuit simulation and design tools (e.g., MATLAB, PSPICE, LTspice, PSIM) is preferred.
A Master's degree and background in power electronics is a plus, with preference given to candidates fluent in spoken English.
Proactive attitude, hardworking & teamwork , strong interest in hardware development.