Key tasks: Responsible for electrical simulations to analyze the switching and dynamic behavior of power modules, optimize power module designs to reduce switching energy losses, analyze and interpret simulation results to improve power module performance.Responsible for short-circuit and ASC simulations to evaluate the performance of power modules under fault conditions, identify potential issues and areas for improvement in power module designs, collaborate with other departments to optimize power module designs for improved short-circuit performance.Responsible for CLTC (China Light-Duty Vehicle Test Cycle) / WLTP simulations to evaluate the performance of power modules in real-world driving conditions, optimize power module designs to improve fuel efficiency and reduce emissions, collaborate with other departments to integrate CLTC simulation results into power module development and testing. Qualification and skills:Bachelor's degree or above, major in Electrical Engineering and Automation, Materials Science and Engineering, etc.3-5 years or more of work experience in power modules or related fields, with priority given to those with experience in silicon carbide power modules.Familiar with the design principles and manufacturing processes of power modules, understand the characteristics and application scenarios of silicon carbide devices. Proficient in circuit simulation software (such as Multisim, PSPICE, Simulink, etc.), possessing certain electronic circuit analysis skills.Having good teamwork and communication skills, able to withstand work pressure.CET-4/6, with good English communication skills, able to meet work meeting communication and work reports, and German proficiency is the best.