Job Description

Key Responsibilities: . Design power supply hardware for various switching mode power converters (3-phase Vienna Rectifier, NPC, PFC, Flyback, Forward, Buck, Boost, Resonant topologies, and Synchrono Key Responsibilities: . Design power supply hardware for various switching mode power converters (3-phase Vienna Rectifier, NPC, PFC, Flyback, Forward, Buck, Boost, Resonant topologies, and Synchronous Rectification), ranging from 1,000W to 22,000W. . Design on-board-charger requirement, compact and high-power density requirement. . Design to meet functional safety and reliability standards. For automotive grade. . Theoretical analysis of concepts (calculation and simulation). . Practical and detail evaluation on all types of power circuits. . Enhance and improve circuit performances such as Efficiency and Reliability. . Creation of 3D/2D models, assembly drawings, PCB and schematic designs. . Support firmware development using various DSP/MCU platforms. . As project key person to start from concept to mass production stage. . Implement design for manufacturing and design for automation. DFx. . Patent and technology creation, defining new power requirement. . Electrical and Firmware architectures (lead and support). Requirements: . BSc, MSc, PhD or researcher with 5 years experience is welcome. . Experience with EV charger, On-Board-Charger (OBC) is definitely a plus . Familiar with power measurement equipment. . With solid technical know-how on transformer, power Mosfet, PWM controller and synchronous rectifier circuits. . Understand the application of PID controllers and control loop analysis. . Knowledge on EMC/IEC/UL/EN standards. . Experience in PCB schematic and layout designs . Experience in C programming. . Experience with Solidworks drawing is a plus. . Experience with development tools, for examples PADS, PSIM, MathCad, LTSpice, Ansys, Matlab, etc. . Able to travel for manufacturing/business supports. . Good interpersonal skill and result oriented.