For 15 years, I worked at the intersection of microwave radar design and real-world chaos - designing systems by day, then diagnosing why they failed in the field as a consultant. Where others saw limitations in sensor technology, I found opportunities to push performance beyond spec sheets through unconventional algorithm design and hardware optimizations.

My technical journey began young, writing QBasic and Turbo Pascal programs not for school, but to capture the magic of 90s game creation—that raw thrill of bringing digital worlds to life. That same drive led me to master computer graphics through Delphi and OpenGL during university years, where complex math became a tool rather than an obstacle.

The transition to C and STM32 microcontrollers was natural - finally, hardware capable of keeping up with the efficient, reusable code practices I valued. Today, I channel that same efficiency into creating courses that cut through academic fluff, teaching only what delivers real results.

No corporate R&D constraints. No watered-down "best practices." Just proven methods from an engineer who's debugged systems in pouring rain at 3 AM. My goal isn't just to teach - it's to create the courses I wish existed when I was cutting my teeth on radar DSP challenges.