About the job
Join our innovative electronics hardware team as a Senior Hardware Design Engineer specializing in Power Electronics. In this pivotal role, you will engage in hands-on design and development, architecture, lab testing, and troubleshooting of advanced electronic circuits and systems. Your contributions will enhance the performance standards of our cutting-edge electronics, ensuring their reliability in demanding application environments.
Key Responsibilities
- Lead the design and development of both digital and analog electronics for high-power control systems, including Charger DC to DC converters and Motor controller applications.
- Take ownership of control boards and related electronics throughout the entire product lifecycle, from specification to design, prototyping, and manufacturing.
- Collaborate effectively with cross-functional teams, including mechanical, digital control, thermal design, and manufacturing test engineers.
- Conduct comprehensive electrical design at the product level, focusing on component selection, branch circuit design, and insulation coordination.
Required Qualifications
- Minimum of 5 years of proven experience in electrical engineering within a product design and manufacturing setting.
- Extensive knowledge of automotive and charger design, as well as familiarity with AIS Standards and Functional Safety (ISO26262).
- Proficiency in Altium Designer for schematic and PCB layout design.
- Experience in running simulations using tools like LTspice, MATLAB/Simulink, PSIM, and thermal/EMI modeling tools.
- Strong background in DC-DC and AC-DC topologies (buck, boost, LLC, flyback, phase-shift full bridge, interleaved designs).
- Expertise in designing control algorithms for DC-DC power stages (including voltage/current-mode control and digital control).
- Familiarity with high-voltage (400V) EV architectures.
- Knowledge of magnetics design and component derating.
- Experience with high current power semiconductor selection (IGBTs, MOSFETs, and Diodes) and designing gate drive and protection circuits.
- Proficient in schematic capture and power converter circuit simulation tools.
- Experience in the selection and integration of DSPs, microcontrollers, and programmable logic devices along with their peripheral circuitry (signal conditioning, board-level power supplies).
- Skilled in supervising PCB layout to minimize stray inductance and capacitance, ensuring optimal manufacturability, power/signal plane definition, and EMC optimization.
- Knowledge of environmental, reliability, and safety requirements for Automotive, Industrial, and Residential applications.

