Job title: power electronics control system engineer
job type: full-time
we are seeking a power electronics control system engineer to develop and validate electrification control solutions at both component and system levels using a model-based design approach. The ideal candidate will have hands-on experience in control algorithm development, power electronics simulation, and system-level validation including hil and laboratory testing.
key responsibilities:
* develop electrification control solutions for power electronics and electric drive systems using model-based design methodologies.
* design, analyze, and implement control algorithms for power converters and electric motor systems.
* perform system-level modeling and simulation using matlab, simulink, and simscape.
* conduct electric drive and vehicle system simulations to support control development and performance evaluation.
* validate control strategies through simulation, hardware-in-the-loop (hil), laboratory, and field testing.
* support auto-code generation and embedded implementation on microcontrollers and/or fpgas.
* develop and refine system requirements in collaboration with cross-functional stakeholders.
* participate in system integration, debugging, and performance optimization activities.
* document control strategies, validation results, and system performance metrics.
* support continuous improvement initiatives in control system development processes.
required qualifications:
* bachelor's degree in electrical engineering, mechanical engineering, physics, or related field.
* 1+ years of experience in power electronics or control algorithm development (academic research experience considered).
* proficiency in matlab, simulink, and simscape.
* experience in simulating power electronics, electric machines, and/or control systems.
* strong analytical and problem-solving skills.
* effective written and verbal communication skills in english.
preferred qualifications:
* master's degree in electrical engineering, physics engineering, or mechanical engineering with a focus on power electronics and/or control systems.
* hands-on laboratory or vehicle testing experience with power electronics or electric motors.
* experience with hardware-in-the-loop (hil) testing.
* experience with embedded systems, auto-code generation, and microcontroller/fpga implementation.
* working knowledge of version control systems and agile development methodologies.
* experience with advanced control techniques (observers, model predictive control, filter design, etc.).
* experience in power electronics hardware or software design.