VLSI based IC Design

Expectations and Goals Expectations:By the end of this course, students are expected to:Understand VLSI Fundamentals – Gain in-depth knowledge of SoC design, chip design methodologies (ASIC & FPGA), and CMOS technology.Develop HDL Programming Skills – Master VHDL and Verilog to describe and simulate digital circuits.Design Digital Circuits – Implement logic gates, multiplexers, flip-flops, registers, and counters at both gate and transistor levels.Work with EDA Tools – Gain hands-on experience with industry-standard design tools for simulation, synthesis, and layout design.Analyze and Optimize Designs – Learn timing analysis, power optimization, and signal integrity techniques to enhance IC performance.Understand Fabrication and Layout – Develop CMOS layouts, explore physical design, floorplanning, and routing, and understand the fabrication process.Work on Real-World Projects – Design and implement custom IC designs, addressing real-world industry challenges.Goals:Industry-Ready Skillset – Equip students with VLSI design expertise to meet semiconductor industry standards.Strong Theoretical and Practical Knowledge – Bridge the gap between academic concepts and real-world applications.Hands-On Project Development – Ensure students build and test their own IC designs from RTL to GDSII.Job-Ready in Semiconductor & Embedded Industry – Prepare for careers in VLSI design, chip manufacturing, and embedded systems.Innovation & Research Mindset – Encourage exploration in AI-driven chip design, low-power VLSI, and quantum computing for future technologies.This course empowers students  with  cutting-edge IC design expertise, making them industry-ready for semiconductor roles.