VLSI

About Course

This program is designed to provide a strong foundation in VLSI design, covering key concepts such as digital logic design, RTL design, FPGA implementation, ASIC flow, and semiconductor fabrication. The first month will focus on theoretical learning, while the second month will involve hands-on industry projects under expert mentorship.

What Will You Learn?

✅ Fundamentals of VLSI & Semiconductor Technology
✅ Digital Logic Design & CMOS Fundamentals
✅ RTL Design using Verilog & VHDL
✅ FPGA Architecture & Programming
✅ ASIC Flow & Physical Design Concepts
✅ Industry-Level Project Work

Material Includes

📚 LMS Access for Self-paced Learning
📜 2 Industry-recognized Certificates
📂 Real-world VLSI Design Projects
📝 Weekly Assignments

Course Curriculum

Month 1: Theory & Concepts (Monday – Friday Classes)

Module 1: Introduction to VLSI & Semiconductor Technology

Module 2: Digital Logic Design & CMOS Fundamentals

Module 3: RTL Design using Verilog & VHDL

Module 4: FPGA Architecture & Implementation

Module 5: ASIC Design Flow & Physical Design

Module 6: Low Power VLSI & Advanced Trends

Module 7: Verification & Testing in VLSI

Module 8: Industry Insights & Emerging Technologies

Month 2: Industry-Level Project (Mentor-Guided)

Project 1: Design & Verification of a 16-bit ALU using Verilog

Project 2: FPGA-Based Traffic Light Controller

Your Instructors

mojeshbondu1@gmail.com

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This course includes:

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mojeshbondu1@gmail.com

March 15, 2025

About Course

What Will You Learn?

Material Includes

Course Curriculum

Month 1: Theory & Concepts (Monday – Friday Classes)

Module 1: Introduction to VLSI & Semiconductor Technology

Evolution & Applications of VLSI

Semiconductor Physics & Moore’s Law

Overview of IC Fabrication Process

Module 2: Digital Logic Design & CMOS Fundamentals

Boolean Algebra & Logic Gates

Combinational & Sequential Circuit Design

CMOS Logic & Power Consumption in VLSI

Module 3: RTL Design using Verilog & VHDL

Basics of Hardware Description Languages (HDLs)

Combinational & Sequential Logic Implementation

Simulation & Synthesis in RTL Design

Module 4: FPGA Architecture & Implementation

Introduction to FPGA & PLDs

FPGA Programming using Verilog/VHDL

Hands-on with Xilinx/Intel FPGA Tools

Module 5: ASIC Design Flow & Physical Design

ASIC vs. FPGA: Key Differences

Standard Cell Library & Floor Planning

Placement, Routing & Timing Analysis

Module 6: Low Power VLSI & Advanced Trends

Power Optimization Techniques in VLSI

Clock Gating & Multi-Vt Techniques

AI & ML in VLSI Design

Module 7: Verification & Testing in VLSI

Functional Verification using SystemVerilog

DFT (Design for Testability) & ATPG

Industry Standards & Best Practices

Module 8: Industry Insights & Emerging Technologies

Semiconductor Industry Trends & Case Studies

Career Opportunities in VLSI Design

Month 2: Industry-Level Project (Mentor-Guided)

Project 1: Design & Verification of a 16-bit ALU using Verilog

Implementing Arithmetic & Logical Operations with RTL Design

Project 2: FPGA-Based Traffic Light Controller

Designing a Smart Traffic Management System using FPGA

Your Instructors

mojeshbondu1@gmail.com

This course includes:

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