Static timing analysis is one of the most critical verification methods in modern digital design. As circuit complexity increases and performance targets become more aggressive, engineers can no longer rely on simulation alone to ensure timing correctness. This course presents a clear and structured explanation of how timing is analyzed, verified, and interpreted in synchronous digital systems, with a strong focus on practical understanding rather than abstract theory. The course builds a solid foundation by explaining how timing is represented mathematically and how data moves through logic under the control of clocks. It clarifies how delays are formed, how they accumulate along signal paths, and how timing requirements are enforced. By breaking down timing behavior into understandable concepts, the course helps learners develop intuition about why timing failures occur and how they are detected. A major emphasis is placed on understanding how real design information is modeled and consumed by timing analysis tools. This includes how delays are derived, how clocks influence data flow, and how constraints shape the timing picture. Rather than treating timing reports as black box...