VLSI Design Course Online

11 Lesson

60 Hours

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igmGuru offers the best VLSI Training Course designed for learners of all experience levels. In this course you will learn core concepts such as VLSI fundamentals, CMOS technology, digital circuit design, RTL design using HDL, ASIC design flow, synthesis, timing analysis, physical design basics, verification concepts, low-power design techniques, and many more. The VLSI course curriculum is designed by industry experts with over 15 years of hands-on experience in semiconductor and chip design. Enroll in our VLSI Certification Course to gain practical, real-world expertise through guided hands-on practice, real-time project scenarios, and use-case-based learning.

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Overview

Build a strong foundation in semiconductor and chip design with our VLSI Training Course. Learn how modern integrated circuits are designed, verified, and optimized using industry-relevant tools and methodologies. The course combines theoretical concepts with practical implementation to help learners understand real-world VLSI design and hardware development workflows.

Who Should Enroll

Electronics and communication students
Electrical and electronics students
Final-year engineering students
Postgraduate engineering students
Fresh engineering graduates
Working professionals in electronics
Embedded systems engineers

Prerequisites

Basic understanding of electronic components
Knowledge of PN junction diodes
Familiarity with MOSFET structure and operation
Understanding of NMOS and PMOS behavior

Why Choose This VLSI Course

Industry-oriented curriculum
Strong foundation in VLSI fundamentals
Hands-on design methodology exposure
RTL-to-GDS design flow coverage
Emphasis on practical learning
Alignment with semiconductor industry needs
Suitable for both students and professionals
Career-focused training approach

Objectives of VLSI Training

Understand VLSI design concepts
Learn CMOS circuit fundamentals
Gain proficiency in HDL coding
Understand ASIC design flow
Develop RTL design skills
Learn verification and testing basics
Understand physical design concepts
Build industry-ready skillsets

What Will You Learn

Fundamentals of VLSI and IC design
CMOS device operation and characteristics
Digital logic design using CMOS
Combinational and sequential circuit design
Power, performance, and area trade-offs
RTL design using Verilog / VHDL
Writing synthesizable HDL code
Simulation and debugging of designs
ASIC design flow from RTL to GDS
Synthesis and timing analysis concepts
Floorplanning, placement, and routing basics

Career Opportunities After Completing This Course

VLSI Design Engineer
ASIC Design Engineer
RTL Design Engineer
Physical Design Engineer
Verification Engineer
DFT Engineer
FPGA Design Engineer
SoC Design Engineer
Semiconductor Test Engineer
Hardware Design Engineer

Key Features

1 On 1 Training Option Available
24 X 7 Lifetime Support & Access
Small Batches Upto 10 Participants
Experienced & Professional Trainers
100% Job Assistance
Flexible Schedule

Course Curriculum

Lesson 1 - Introduction to VLSI

1. Evolution of IC technology

2. SSI, MSI, LSI, VLSI, ULSI

3. Moore’s Law and scaling trends

4. VLSI design challenges

5. Applications of VLSI (processors, SoCs, memory, AI chips)

Lesson 2 - Semiconductor Device Fundamentals

1. Review of semiconductor physics

2. PN junction, MOS capacitor

3. MOSFET structure and operation

4. Threshold voltage, channel length modulation

5. Short-channel effects

Lesson 3 - CMOS Logic Design

1. CMOS inverter: DC & AC characteristics

2. Noise margins and power dissipation

3. Static CMOS logic gates

4. Transmission gates

5. Ratioed logic (pseudo-NMOS)

Lesson 4 - Digital VLSI Circuit Design

1. Combinational circuit design

2. Sequential elements: latches & flip-flops

3. Timing analysis (setup, hold, clock skew)

4. Power-delay tradeoff

5. Low-power design basics

Lesson 5 - VLSI Fabrication Technology

1. IC fabrication process flow

2. Oxidation, diffusion, ion implantation

3. Lithography techniques

4. Etching and deposition

5. CMOS fabrication steps

Lesson 6 - VLSI Design Methodologies

1. Full-custom design

2. Semi-custom design

3. Standard cell–based design

4. Gate arrays

5. Design abstraction levels

Lesson 7 - HDL-Based Design

1. Introduction to Verilog / VHDL

2. Behavioral, RTL, and structural modeling

3. Testbench development

4. Synthesis concepts

5. RTL coding guidelines

Lesson 8 - ASIC Design Flow

1. Specification → RTL → synthesis

2. Floorplanning and placement

3. Clock tree synthesis

4. Routing

5. Sign-off checks

Lesson 9 - Physical Design

1. Layout design rules

2. Stick diagrams

3. Standard cell layout

4. Design Rule Check (DRC)

5. Layout Versus Schematic (LVS)

Lesson 10 - VLSI Testing and Verification

1. Verification methodologies

2. Functional vs formal verification

3. Fault models

4. Testing techniques (scan, BIST)

5. Yield and reliability

Lesson 11 - Low-Power VLSI Design

1. Power dissipation sources

2. Clock gating

3. Power gating

4. Multi-Vt design

5. Low-power design methodologies

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1-800-7430-173 (US Toll Free)

+91 7240740740 (India)

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Course Fees

Online Class Room Program

US $ 1,099.00

100% Money Back Guarantee

Duration : 60 Hrs
Plus Self Paced

Classes Starting From

Fast Track Batch 08 Jul 2026
Weekday Batch 13 Jul 2026
Weekend Batch 11 Jul 2026

Corporate Training

Customized Training Delivery Model
Flexible Training Schedule Options
Industry Experienced Trainers
24x7 Support

Trusted By Top Companies Worldwide

Want to know Today's Offer

VLSI Certification

We will provide a course completion certificate to all learners who successfully complete the VLSI Training program. The certificate validates the learner’s understanding of core VLSI concepts, design methodologies, and practical skills covered during the training.

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VLSI Design Course Online