Power Electronics Control Engineer

Impedyme Inc. is a leading manufacturer of of advanced real-time power electronics testing and emulation platforms, enabling next-generation electrification across automotive, aerospace, energy, marine, and industrial sectors. Our solutions combine FPGA-based real-time simulation, power hardware emulation, and high-performance control to accelerate product development and validation for leading global OEMs and research institutions.

As a (Senior) Power Electronics Control Engineer, you will lead the development of advanced control algorithms for power converter systems used inside Impedyme’s high-performance power amplifier and real-time emulation platforms.

You will work at the intersection of model-based control design, real-time hardware validation, and system-level power electronics development, collaborating closely with hardware, firmware, and deployment teams. In addition to simulation and algorithm development, you will perform hands‑on lab measurements for system identification, model validation, and closed‑loop performance verification.

• Design and validate advanced control algorithms for AC/DC, DC/DC, and DC/AC power conversion systems
• Develop firmware-level control specifications for embedded implementation
• Model and simulate power converter dynamics using MATLAB/Simulink and circuit simulation tools
• Perform physics-based system identification and model validation
• Design and validate closed‑loop control strategies
• Execute hardware testing, debugging, and performance validation in laboratory environments
• Collaborate with cross‑functional teams to define system architecture and requirements
• Support manufacturing through development of automated test platforms and validation procedures
• Support product deployment by analyzing field performance data and improving controller robustness
• Contribute to next‑generation control architecture development for high‑performance power platforms

• Bachelor’s degree in Electrical Engineering, Power Electronics, or related field
• 5+ years experience in power electronics control engineering (industry experience strongly preferred) or 2 years with MSc. degree or fresh PhD graduates
• PID and advanced control methods
• Model-Based Control and Model-Based Design
• Strong analytical and problem‑solving skills
• Ability to work in fast‑paced, highly technical product development environments

• Power analyzers
• Signal generators
• Spectrum analyzers
• Regulated power supplies
• Multimeters

• Control loop implementation
• Prototype bring‑up and debugging
• PCBA-level troubleshooting and rework

• Strong organizational and documentation discipline

• MATLAB and Simulink
• HDL Coder
• Workflow Advisor
• Model-based design and auto-code generation workflows for embedded and FPGA targets

• Experience with Hardware-in-the-Loop (HIL) or real-time simulation platforms
• Electric machine modeling and control knowledge
• Battery energy storage systems or electrified powertrain experience

• Work on cutting‑edge real‑time power and electrification technologies
• Strong collaboration with universities, research labs, and global OEM R&D teams
• Fast‑moving, innovation‑focused engineering culture
• Flexible working hours and hybrid work options
• Strong professional growth and technical development opportunities
• Highly collaborative international engineering team