Complete digital textbook
A personalized, watermarked copy of Verilog-Based Robotics and Signal Processing.

Follow a structured, project-driven curriculum that combines video instruction with a complete textbook, members-only slides, homework, labs, verified RTL, and private course access.
The first four weeks are available now.
New material will continue to be added until the course reaches a complete 15-week curriculum. Current members receive the future additions through their existing access.
Secure checkout powered by Stripe. Amazon purchasers should request access instead of buying again.
The public lectures explain the engineering. The private course turns those lectures into an ordered training program with the material needed to practice, verify, and build each design yourself.
A personalized, watermarked copy of Verilog-Based Robotics and Signal Processing.
Lessons are organized into a clear sequence instead of leaving you to navigate isolated videos.
Concise technical references designed to reinforce the lectures and support later review.
Assignments require you to apply each topic through simulation, RTL design, and hardware deployment.
Build from verified examples covering complete FPGA, DSP, control, AI, and SoC systems.
Use the Skool classroom, receive future course material, and ask questions as you progress.
The released curriculum already includes four weekly modules, four homework assignments, two larger FPGA labs, members-only slides, and supporting design examples.

Digital enrollment includes a personalized, watermarked copy of Verilog-Based Robotics and Signal Processing. The textbook provides the detailed reference material while the classroom supplies the weekly path, assignments, labs, and source files.
Do not purchase the course again. Your book purchase qualifies you for course access. Email proof of purchase showing the book title and order number, while hiding your address and payment information.
Request Course AccessThe complete project library covers fixed-point arithmetic, external sensors, ADC signal processing, neural-network inference, PID control, FFTs, MicroBlaze, AXI4-Lite, AXI4-Stream, DDR, DMA, and interrupts.
These are not toy syntax demonstrations. They show how separate RTL modules are verified and integrated into working hardware systems.

Get the digital textbook, structured private curriculum, members-only slides, homework, labs, complete project files, community access, and every future course update.