
Enable job alerts via email!
Generate a tailored resume in minutes
Land an interview and earn more. Learn more
A technology firm specializing in engineering is seeking a Power Electronics Engineer in Coventry. You will be responsible for the design and validation of power electronics for automotive driveline systems. Minimum qualifications include a degree in Mechatronics or Electrical Engineering and experience in the automotive industry. Candidates should be proficient in microcontroller-based inverter projects and familiar with industry standards like ISO26262. This role supports quality assurance and involves collaboration with various engineering disciplines.
Responsibilities:
Responsible for the design, development, and validation of Power Electronics within Driveline for Corner units
Define technical requirements and release the specifications.
Conduct design reviews for Inverter ensuring requirements have been met for Technical Sign-Off.
Create test cases and develop design validation plans for components and applications.
Create Inverter DFMEAs and support Driveline System DFMEA.
Support Quality Assurance activities (such as: APQP & PPAP)
Collaborate closely with other disciplines, such as outside suppliers, functional safety & EMC consultants, and control & calibration engineers, to develop solutions and achieve the project requirements.
Requirements
Qualifications & Requirements:
Degree qualified in Mechatronics, Electronics and or Electrical Engineering or relevant qualification.
Proficient and experienced within the automotive industry.
Experienced in microcontroller-based Inverter projects (automotive qualification)
Ability to review schematics, technical data sheets, design calculations (WCCA) for MOSFET, Bus bar, Gate Driver, PCB and position sensors.
Experienced in integration of Inverter Software
Experienced with the automotive functional safety standard: ISO26262.
Experienced in EMC testing and troubleshooting for deviation.
Experienced in environmental, packaging, interfaces, design for manufacture factors and electronic circuits.
Understanding of high volume, high reliability of manufacture and assembly processes.
Experience with analysis tools such as MathWorkss, Matlab, Simulink, Vector CANape, Flux, Feko, CST, etc.