Verification Series 7: SystemVerilog Assertions

In a verification environment, SystemVerilog Assertions continuously check whether a design follows its intended behavior. They help detect protocol violations, incorrect signal timing, illegal state transitions, and unexpected data changes close to where the error occurs. Without assertions, engineers often depend on procedural checks, scoreboards, and manual waveform inspection. These approaches remain valuable, but checking relationships across clock cycles can require lengthy code. Failures may appear much later than their cause, making debugging difficult, while corner cases can go unnoticed. SystemVerilog Assertions Course covers how to express these requirements as concise, executable checks based on IEEE 1800-2017. You will learn immediate and concurrent assertions, simulation regions, implication operators, vacuous success, and reusable sequences and properties. The course covers sampled value functions, delays, repetition, Boolean and sequence operators, and linear temporal logic. You will also explore local variables, assertion control, and bind to connect checks with design modules. Through 132 lectures, 27 assignments, and approximately 10 hours of instruction, you will apply assertions to finite state machines, counters, FIFOs, and SystemVerilog testbench environments. By completion, you will be able to translate design specifications into assertions, interpret failures, debug timing relationships, and strengthen your verification environment with reusable checks.