Electronic Design Automation: Fundamentals of VLSI Design Flows

Designing modern integrated circuits with billions of transistors requires powerful software algorithms and automated workflows. This text-based course guides you through the foundational concepts of Electronic Design Automation (EDA), from high-level synthesis down to physical layout and verification. You will understand how logic gates are optimized, placed, routed, and tested using industry-standard computational methods. What you'll learn: Understand the complete VLSI design flow from high-level specification to physical silicon; Learn key algorithms for logic synthesis, optimization, and technology mapping; Apply partitioning, floorplanning, placement, and routing techniques to physical design; Analyze timing constraints using Static Timing Analysis (STA) principles; Explore design for testability (DFT) and fault simulation methodologies; Discover modern trends in EDA, including open-source toolchains and automated verification workflows. The journey begins with fundamental semiconductor and VLSI terminology before diving into high-level synthesis algorithms, physical layout automation, and verification techniques. This course is perfect for engineering students, hardware enthusiasts, and software developers looking to understand the intersection of computer science and microelectronics. No prior EDA experience is required. Start reading today to unlock the core principles behind modern chip design.