VLSI Design Fundamentals

This VLSI course provides a comprehensive introduction to Very-Large-Scale Integration and its importance in modern electronics and semiconductor technology. It covers the evolution of electronic devices from vacuum tubes and transistors to integrated circuits and VLSI systems. Learners will understand Moore’s Law and key design considerations such as Power, Performance, and Area (PPA). The course introduces binary numbers, Boolean logic, logic gates, and truth tables, followed by combinational and sequential logic concepts. Participants will learn the fundamentals of Hardware Description Languages (HDL), RTL design, and the VLSI abstraction hierarchy. The course explains the complete VLSI design flow, including front-end and back-end processes. It also introduces FPGA and ASIC architectures and their key differences. Real-world applications of VLSI across computing, communication, automotive, consumer electronics, and other industries are explored. Finally, the course provides an introduction to hardware security and its growing importance in secure chip design. This course is designed to build a strong foundation for learners aspiring to understand VLSI design and semiconductor engineering.