I design and develop high‑performance motor control software that turns complex electromechanical systems into smooth, reliable, and efficient machines. With years of hands‑on experience across embedded systems, control algorithms, and real‑time software engineering, I help companies bridge the gap between hardware potential and real‑world performance.

With more than a decade of hands‑on experience in motor control software, I’ve worked across the full stack of embedded development—from first‑power‑up on a new inverter to implementing advanced control strategies for demanding applications. My background in software engineering gives me a methodical, systems‑driven approach, while years in the field have grounded that theory in real‑world performance.

I’ve delivered solutions involving low‑level bring‑up, real‑time control loops, communication and integration, and detailed motor tuning. My work spans early‑stage startups to global multinationals, giving me a broad perspective on how to build reliable, scalable, production‑ready systems.

Most of my experience centers on Texas Instruments and STM32 microcontrollers, where I’ve developed robust, high‑efficiency control software tailored to each platform’s strengths.