Power Electronics Engineer
Power Electronics Engineer
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Job Description
Job Title: Power Electronics Engineer
Location:
Job Type: Full-Time
Experience Level: 3 to 4 years of experience
Department: R&D / Product Development
Job Summary:
We are looking for a skilled and innovative Power Electronics Engineer to join our engineering team focused on the design development and optimization of EV charging systems including AC chargers DC fast chargers and on-board chargers. You will play a key role in developing high-efficiency cost-effective and robust power conversion solutions for the next generation of EV charging infrastructure.
Key Responsibilities:
Design and develop power electronic circuits and systems for AC-DC DC-DC and DC-AC converters.
Work on the development of DC fast chargers (CCS CHAdeMO) and AC Level 1/Level 2 chargers.
Simulate and model power stages using MATLAB/Simulink LTspice PSpice or equivalent tools.
Select suitable components (MOSFETs IGBTs SiC/GaN devices transformers etc.) for high-frequency and high-power applications.
Design and optimize PCB layouts for thermal and EMI/EMC performance in high-power environments.
Collaborate with firmware engineers to implement and optimize digital control algorithms (e.g. PFC current/voltage control loops).
Ensure products comply with industry standards such as IEC 61851 ISO 15118 and UL certifications.
Conduct performance testing validation and troubleshooting of prototypes in the lab environment.
Interface with mechanical thermal and embedded software teams to ensure seamless integration of charger subsystems.
Document technical designs test results and product specifications.
Required Qualifications:
Bachelor s or Master s degree in Electrical Engineering Power Electronics or related field.
3 to 4 years of hands-on experience in power electronics design preferably in the EV or renewable energy sector.
Strong understanding of topologies like interleaved boost converters full/half-bridge converters resonant converters and LLC/ZVS/ZCS techniques.
Experience with EV charger protocols and grid compliance standards.
Proficiency with design and simulation tools: Altium OrCAD MATLAB/Simulink PLECS.
Knowledge of thermal and EMI/EMC design considerations.
Strong debugging and analytical skills with lab tools (oscilloscopes current probes electronic loads etc.).
Familiarity with CAN Modbus or OCPP communication protocols.
Understanding of battery charging algorithms and battery management systems (BMS).
Knowledge of grid-tied power electronics and V2G (Vehicle-to-Grid) technology.
Certification in relevant automotive or power electronics courses is a plus.
n the position looks like and how this role fits into thperformance testing and validation,can communication protocols,power electronics design,digital control algorithms,dc-dc converters,power edlectronics design,,pcb layout optimization,documentation,component selection (mosfets, igbts, sic/gan devices),problem solving,hardware design,ac-dc converters,simulation (matlab/simulink, ltspice, pspice),digital control systems,simulation tools,team work,ev charging systems,industry standards compliance (iec 61851, iso 15118, ul),battery management systems (bms),grid-tied power electronics,dc-ac converters
Employment Type
Full Time
