System Modeling Fundamentals for Formal Verification

In modern engineering, finding system bugs late in development is incredibly costly. Formal verification allows you to mathematically prove your system behaves correctly, but it all starts with building the right system model. This text-based course guides you through the foundational principles of modeling hardware and software systems for automated analysis. You will transition from understanding basic system specifications to structuring complex models that prevent design flaws early. What you will learn: Understand the foundational concepts of functional verification and model checking; Represent hardware and software behaviors using precise modeling formalisms; Apply state transition systems to capture system states and transitions; Define safety and liveness properties using basic temporal logic concepts; Analyze system compositions and communication models for concurrent processes; Practice translating design requirements into verifiable representations through written exercises. You will start with core terminology, transition systems, and basic verification concepts. From there, you will explore how to model data-dependent controls and handle concurrent systems with different communication patterns. This course is designed for beginner software engineers, hardware designers, and systems architects. No prior experience with formal verification is required. Start building reliable, bug-free system designs today.