Ph.D., Senior R&D Engineer, DSP/FPGA/Embedded Linux Developer

About

15+ years of experience in Digital Signal Processing, RADARs, Embedded Systems based on FPGA / SoC, full life-cycle project development. Solid academic background with a Ph.D. in Electrical, Electronics Engineering Technologies. Author and lead developer of the structured light 3D scanner with its own calibration methodology. Trainer of beginners and skilled engineers in FPGA / SoC. Deep understanding of RADARs (MIMO, FMCW, Dopler, CW, Synthetic Aperture Radar).

My Teaching Principles

1. WHAT to learn
   Learning objectives are clearly defined and measurable. Each lesson starts by stating its goals and concludes by revisiting them, ensuring that key ideas are understood and retained.

2. HOW to learn
   Each topic is broken down into clear, manageable steps that lead toward the lesson objective. Practical examples accompany every step, because numbers, expressions, plots, and concrete implementations are essential for true understanding.

3. HOW MUCH to learn
   Lessons are carefully scoped to avoid cognitive overload. When a topic becomes too dense, it is deliberately split into multiple shorter lessons to maintain clarity and focus.