Welcome to TauriLogic! You've just joined the most hands-on Verilog verification course on the internet.

What You'll Build

Over 5 chapters and 16 lessons, you'll go from writing basic testbenches to building a complete desktop verification workbench in Tauri — with golden models, scoreboards, coverage-driven testing, and a one-click regression runner.

How This Course Works

• Sequential lessons — each lesson builds on the last, so work through them in order

• Exercises in every lesson — don't skip these. Verification is a hands-on discipline

• Mentor Chat — drop questions in the chat anytime. I respond daily

• Certificate — complete all lessons to earn your verification certificate

Getting Started

1. Make sure you have a Verilog simulator installed (Icarus Verilog is free and works great)

2. Install Rust and Node.js for the Tauri chapters

3. Head to the Course and start Chapter 1, Lesson 1 — "Why Self-Checking Testbenches Matter"

Let's build bulletproof hardware verification. See you in Lesson 1.

If you're still verifying hardware by staring at waveforms, you're leaving bugs on the table.

Self-checking testbenches automatically validate your DUT against expected results — every cycle, every transaction, every corner case. No human in the loop.

The Problem

Most engineers write stimulus, run simulation, then manually inspect waveforms to "see if it looks right." This approach misses subtle bugs hiding in thousands of signal transitions, doesn't scale past toy-sized designs, can't be automated in CI/CD pipelines, and wastes hours of engineering time on every design change.

The Solution

A self-checking testbench uses golden models, scoreboards, and automated assertions to verify correctness programmatically. Combined with coverage-driven verification, you know exactly what you've tested and what you've missed.

What I Teach at TauriLogic

My course takes you from zero to a production-grade verification environment:

• ✅ Golden-model comparison for datapath verification

• ✅ Scoreboard architecture for pipelined designs

• ✅ Coverage-driven test planning with functional and code coverage

• ✅ A complete Tauri desktop app that runs regressions, displays waveforms, and tracks coverage

If you're an FPGA/ASIC engineer or EE student ready to level up your verification game, this is for you.