ABOUT VERDYN

At Verdyn, we engineer and deliver turnkey solutions that drive North America’s sustainable energy transition. Founded in 2019, we specialize in renewable energy, battery storage systems, power quality solutions, and advanced power electronics.
Our mission is to make energy supply reliable, efficient, and green—so our clients can focus on their core business.

We deliver end-to-end services—engineering design, procurement, commissioning, maintenance, and support—for:

• Power Quality Solutions — Voltage regulation, DVRs, and power conditioning systems
• Energy Storage & DC Microgrids — Fast-switching, scalable systems integrated with renewables and EV charging
• EV DC Fast Charging Infrastructure — High-performance, modular systems ready for the growing EV market

Learn more: www.verdyn.ca

THE ROLE

Verdyn is developing a new multi-source DC/DC and AC/DC converter platform (~1 MW class), and we’re looking for a Power Electronics Controls Engineer to lead control strategy design from concept to commissioning. You’ll own current/voltage loop design, source-management logic, and real-time implementation on industrial controllers—helping create new IP for Verdyn.

WHAT YOU’LL DO:

• Design control architecture for a multi-source converter (≈1 MW): current/voltage loops, sequencing, protection, start-up/shutdown, and source prioritization/power-flow.
• Model & simulate converter topologies and plant dynamics in MATLAB/Simulink with Simscape Electrical; validate control stability/robustness.
• Implement controls on Beckhoff TwinCAT 3/PLC (Structured Text and related languages), including real-time tasks, I/O, and safety interlocks.
• Develop supervisory logic (state machines, derating, thermal/EMI constraints, grid/microgrid modes).
• HIL/SIL testing and automated verification; bring-up in the lab and support factory/site commissioning.
• Create IP: contribute to invention disclosures, design notes, and control software documentation.
• Collaborate with power hardware, firmware, and systems engineers to align models, sensors/actuators, and protections.