VLSI and Advanced Digital Design

This graduate-level course delves into the advanced concepts and methodologies essential for modern VLSI and digital system design. Students will gain a deep understanding of CMOS device characteristics, logic gate design, and physical layout considerations, moving beyond basic digital design to explore the intricacies of performance optimization. Key topics include static and dynamic timing analysis, strategies for achieving timing closure in complex designs, and various techniques for reducing power consumption in integrated circuits, crucial for portable and high-performance applications. The curriculum also covers the critical aspects of clock distribution networks, ensuring reliable and synchronous operation across large-scale digital systems. A significant portion of the course is dedicated to advanced RTL design methodologies, emphasizing best practices for synthesizable code and verification. Students will explore both FPGA-based prototyping and full-custom ASIC design flows, understanding the trade-offs, tools, and processes involved in bringing complex digital designs from concept to silicon. Practical examples and industry-relevant case studies will be integrated throughout to provide a comprehensive learning experience.

Course outline

Lectures, virtual labs, and graded assignments — completed in your browser.

01Introduction to VLSI Design and CMOS Technology Fundamentalslecture

02CMOS Logic Gates: Design, Characteristics, and Performancelecture

03Advanced CMOS Digital Circuits and Layout Principleslecture

04Design for Testability and Yield Optimizationlecture

05Introduction to Timing Analysis and Performance Metricslecture

06Static Timing Analysis and Timing Closure Techniqueslecture

07Clock Distribution Networks and Synchronization Strategieslecture

08Low-Power Design Techniques and Methodologieslecture

09Power Estimation, Optimization, and Verificationlecture

10RTL Design Methodology and Synthesis Flowlecture

11FPGA Design Flow and Prototypinglecture

12ASIC Design Flow and Physical Implementationlecture

13Design Verification and Post-Layout Simulationlecture

14Emerging VLSI Technologies and Future Trendslecture

Syllabus

Week 1: Introduction to VLSI Design and CMOS Technology Fundamentals
Week 2: CMOS Logic Gates: Design, Characteristics, and Performance
Week 3: Advanced CMOS Digital Circuits and Layout Principles
Week 4: Design for Testability and Yield Optimization
Week 5: Introduction to Timing Analysis and Performance Metrics
Week 6: Static Timing Analysis and Timing Closure Techniques
Week 7: Clock Distribution Networks and Synchronization Strategies
Week 8: Low-Power Design Techniques and Methodologies
Week 9: Power Estimation, Optimization, and Verification
Week 10: RTL Design Methodology and Synthesis Flow
Week 11: FPGA Design Flow and Prototyping
Week 12: ASIC Design Flow and Physical Implementation
Week 13: Design Verification and Post-Layout Simulation
Week 14: Emerging VLSI Technologies and Future Trends