Specialist Power Electronics EV chargers

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Job Description

Job Responsibilities

Understand top level product requirement and create more detail requirements to meet top level product requirement
Define product architecture to meet customer / product requirement
Detail design and analysis of hardware circuit – Power Electronics, Analog Circuits, Digital Electronics, and Embedded hardware circuits
Detail design and requirement definition of high frequency transformers and inductors
Develops high power density product designs involving electrical / power electronics / hardware design and interface designs. Optimize design for energy efficiency and various performance strategies using physical modeling or simulation tools.
Develops products to comply performance, functional safety, reliability and cost requirements.
Lead and conduct worst case analysis and EMI/EMC performance
Understand/Analyze business impact of every design decisions
Create reusable platforms of hardware circuits and topologies to support product road map of EATON for profitable business growth
Lead technical discussion and design reviews with vendors and cross-function groups
Provide technical documentation for schematic design, PCB layout, DFMEA, simulation and test results
Develop test and validation plan in accordance to industry standards and customer requirements
Provide supervision and support to internal and external design resources when appropriate
Establish and maintain a collaborative working relationship with key customers and vendors.

Masters in Electrical / Power Electronics engineering with industry experience of over 14-16 years and proven track record in engineering research / analysis / development of Power electronic Products.
Around 14+ years of experience in the Power Electronics domai-n
At least 8 years’ experience in transportation industry out of which 5 years in Automotive industry
Good understanding of electric vehicle architectures, market needs, current trends
Ability to create detail product specification and requirement analysis vis a vis cost trade off
Experience with model-based design methods and simulation- MATLAB/Simulink, SPICE, & PSIM
Experience in electronics packaging for efficient cooling
Working knowledge of communication serial data protocols (CAN, CANFD, J1939, Flex Ray) and tools (CANape, CANalyzer, CANopen, etc.)
Broad knowledge and application of Microprocessor, DSP and FPGA in motor control driving systems.
Experience with CAD software package such as SPICE, Allegro, Simplis, Ansys, Matlab/Simulink and PCB layout
Experience in high-power testing & troubleshooting
PCBA and Final Product Testing experience
Knowledge of EMC/EMI design and qualification requirement including Ansys simulation
Power Converter topologies
Power Semiconductor devices
Inverters, PWM Techniques, Control System, Current Mode/Voltage Mode control etc.
Excellent verbal and written communication skills, Problem solving skills, Working in ambiguity, process management