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VLSI Design Methodologies

Dive into VLSI design methodologies at Maven Silicon. Explore principles, optimization strategies, and the latest advancements for creating cutting-edge electronic circuits.

4.7
(2010 ratings)
Course Instructor Maven Silicon

₹1999.00 ₹14900.00 87% OFF

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Course Overview

Welcome to the VLSI Design Methodologies course – your comprehensive journey into mastering the essentials of VLSI. From Digital Electronics to Verilog HDL and hands-on labs, this course covers a range of modules designed to equip you with the skills needed for effective VLSI design. Engage in hands-on activities and assignments to reinforce your knowledge and emerge ready to tackle VLSI challenges. Join us on this insightful exploration into the world of VLSI Design Methodologies!


Course Curriculum

3 Subjects

VLSI Design Methodologies

17 Exercises44 Learning Materials

Getting you familiar with VLSI Design Methodologies course

Video
13:38

Electronic System

Video
26:43

Smartphone - SoC - Architecture

Video
9:55
FREE

SoC Design

Video
16:59

ASIC Vs FPGA

Video
12:7

Knowledge Check : Introduction to VLSI

Exercise

ASIC Design Flow - Part-1 (Specification)

Video
13:4

ASIC Design Flow - Part-2 (Architecture to RTL Design)

Video
9:32

ASIC Design Flow - Part-3 (Verification to Gate Level Simulation)

Video
9:5

ASIC Design Flow - Part-4 (DFT to STA)

Video
10:7

ASIC Design Flow - Part-5 (Layout to GDS - II and AMS Flow)

Video
14:3

Digital Design Reference Book

PDF

Introduction to Digital Electronics

Video
13:26

Number Systems and Codes

Video
37:45

Knowledge Check : Number Systems and Codes

Exercise

Logic Circuits

Video
55:7

Knowledge Check: Logic Circuits

Exercise

Combinational Circuits - I

Video
28:25

Knowledge Check : Combinational Logic Circuits - 1

Exercise

Combinational Circuits - II

Video
44:8

Knowledge Check : Combinational Logic Circuits - 2

Exercise

Sequential Circuits - I

Video
40:58

Knowledge Check : Sequential Circuits - 1

Exercise

Sequential Circuits - II

Video
45:15

Knowledge Check : Sequential Circuits - 2

Exercise

FSM

Video
37:39

Knowledge Check : FSM

Exercise

Memories

Video
25:54

Knowledge Check : Memories

Exercise

Verilog HDL Reference Book

PDF

Verilog_Course_Agenda

Video
14:12

VerilogHDL_Introduction

Video
28:35

Knowledge Check - Introduction to Verilog HDL

Exercise

Data Types

Video
30:4

Knowledge Check - Data Types

Exercise

Verilog Operators

Video
30:6

Knowledge Check - Verilog Operators

Exercise

Advance Verilog for Verification

Video
29:7

Knowledge Check - Verilog for Verification

Exercise

Assignments

Video
23:21

Knowledge Check - Assignments

Exercise

Structured Procedures

Video
20:31

Knowledge Check - Structured Procedures

Exercise

Synthesis Coding Style

Video
20:59

Knowledge Check - Synthesis Coding Style

Exercise

Finite State Machine

Video
16:19

Knowledge Check - Finite State Machine

Exercise

Feedback Form

External Link

Summary

Video
23:58

Instructions - Verilog Labs

PDF

EDA Tools - Installation Guide

Video
18:50

Verilog Lab Manual

PDF

Verilog Labs Folder - Download

ZIP

EDA Tools - User Guide

Video
5:22

Solution to Lab 1

Video
23:43

Solution to Lab 2

Video
10:28

Solution to Lab 3

Video
6:1

Solution to Lab 4

Video
6:53

Solution to Lab 5

Video
6:41

Solution to Lab 6

Video
8:18

Solutions - Verilog Labs - Download

ZIP

Digital Design - Hands On

18 Learning Materials

Introduction to Digital Electronics

Video
13:26

Assignment 1

PDF

Solution to Assignment 1

Video
22:30

Assignment 2

PDF

Solution to Assignment 2

Video
30:12

Assignment 3

PDF

Solution to Assignment 3

Video
40:34

Assignment 4

PDF

Solution to Assignment 4

Video
30:42

Assignment 5

PDF

Solution to Assignment 5

Video
24:51

Assignment 6

PDF

Solution to Assignment 6

Video
29:49

Assignment 7

PDF

Solution to Assignment 7

Video
45:24

Feedback Form

External Link

Assignment 8

PDF

Solution to Assignment 8

Video
8:28

Verilog HDL - Hands On

5 Learning Materials

Verilog HDL Summary

Video
23:58

Verilog RTL Coding Examples

Video
28:40

Feedback Form

External Link

Explanation to Project Specification

Video
38:5

Alarm Clock Project Specification

PDF

Course Instructor

tutor image

Maven Silicon

93 Courses   •   2584 Students


Ratings & Reviews

4.7 /5

2010 ratings

1389 reviews

5

72%

4

28%

3

0%

2

0%

1

0%
MS
Muskan Saini

22 days ago

SN
Sayed Nadimul Haque

a month ago

PC
Praneet Chattaraj

a month ago

FAQs

VLSI design methodologies refer to the structured processes and techniques used for designing very large-scale integrated circuits, covering front-end and back-end stages for optimal chip performance.
Design methodology in VLSI involves systematic approaches like top-down or bottom-up design flows, ensuring efficient integration of digital, analog, and mixed-signal components.
An overview of VLSI design methodology includes stages such as specification, RTL design, synthesis, physical design, and verification to create high-performance semiconductor devices.
Common VLSI methodologies include ASIC design, FPGA-based design, and low-power design approaches tailored for specific industry applications.
Advanced VLSI design methodologies focus on leveraging techniques like hierarchical design, 3D integration, and AI-driven optimization for next-generation circuits.
The VLSI design methodology flow consists of specification, design entry, simulation, synthesis, physical design, and verification, ensuring an efficient path from concept to chip.
Front-end VLSI design methodologies deal with tasks like HDL coding, simulation, and synthesis, focusing on defining the chip's functional and logical behavior.
Back-end VLSI design methodologies involve placement, routing, and physical verification, ensuring the design is ready for fabrication.
Integrated circuit design methodologies encompass techniques for designing and verifying digital, analog, and mixed-signal ICs, supporting diverse applications from consumer electronics to automotive.
VLSI methodologies encompass the strategies and workflows used in designing integrated circuits, including front-end activities like RTL design and verification, as well as back-end processes like layout and physical design.

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