Low-Power VLSI Design: Techniques and Applications

Low-Power VLSI Design: Techniques and Applications focuses on the principles and methodologies used to design energy-efficient integrated circuits for modern electronic systems. The subject explores power dissipation mechanisms, CMOS scaling challenges, and circuit-level, architectural, and system-level optimization techniques. Learners study clock gating, voltage scaling, leakage reduction, and design trade-offs that balance performance, area, and power consumption. The course also examines modeling, simulation, and verification strategies used in low-power chip design, along with applications in portable devices, embedded systems, and high-performance computing. By integrating theoretical foundations with practical design approaches, learners develop the skills to create reliable, power-aware VLSI solutions suited to next-generation electronics.