Design Verification
Verification is the largest job in chip design, and this path teaches it from the ground up. You begin with why verification exists and a simple self-checking testbench, then learn the SystemVerilog features and object-oriented basics that everything rests on, constrained random stimulus, functional coverage, assertions, and finally the big picture of UVM and how its pieces fit together. Plain explanations, real examples, no assumed background.
What Verification Really Is
Why finding bugs before silicon is its own profession
A Simple Testbench
Drive inputs, check outputs, and make it self-checking
SystemVerilog for Verification
The data types and features that make testbenches powerful
Object-Oriented Basics
Classes and objects - the foundation UVM is built on
Randomization and Constraints
Let the tool invent test cases you never thought of
Functional Coverage
Measuring whether you actually tested enough
Assertions
Rules the design must never break, checked automatically
UVM - The Big Picture
Why the standard framework looks the way it does
Building a UVM Testbench
A walkthrough of the pieces and how to keep growing