Edvlearn

Menu


Digital Design and Verification

  • Last Updated 01/2025
  • English
  • English[Integrated]

This foundational course aims to investigate what a chip is, why companies would want to make them, and their evolution over the decades.

The course begins with a brief history of the chip, and then covers chip IO, binary system, arithmetic and its representation, combinational and sequential circuit and basic Verilog constructs.
We then give a detailed introduction to digital design and end with digital design verification.

What will you learn?




  • What is chip, Why a company would develop a chip
  • Digital Fundamentals
  • Evolution of chip, Types of chips, Bus interface
  • HDL Design flow & Synthesis
  • Role of Verification, Types of verification
  • Functional Verification

Price                  Rs.7400 (inclusive of GST) 

Instructor          Vinod Kumar Gopinath

Duration            8 Weeks

Chapters           14

Learners            2300 students

SEE CURRICULUM

REGISTER NOW



This Course Includes

  • 5 hours on-demand video
  • Lab assignments
  • Quizzes and Elaborate Questions
  • Certificate of completion

Certificate for completion (80%): 
The certificate will state:

“This is to certify that (Name) has actively participated 

in the course ‘Digital Design and Verification’ and completed a major portion of the curriculum”

Certificate for completion (95% or more):
The certificate will state:
“This is to verify that(Name) has successfully 

completed the course ‘Digital Design and Verification'”

Course Curriculum

14 Chapters   74 Lectures   5h total length

Preview Link
Preview
Video Preview with Icon
What is a Chip? _____________________________________________________________________________________________________________ 7 lectures 18min
  • Introduction - --------------------------------------------------------------------------------------------------------02:12
  • Discrete and continuous signals----------------------------------------------------------------------------------------02:14
  • Digitization-----------------------------------------------------------------------------------------------------------02:27
  • Analog and digital Circuits - -------------------------------------------------------------------------------------------02:05
  • Digital part of the chip - -----------------------------------------------------------------------------------------------01:53
  • Transistors-----------------------------------------------------------------------------------------------------------03.50
  • Building digital systems with transistors---------- -----------------------------------------------------------------------04.21
Preview Link
Preview
  • Chip evolution 1980-90------------------------------------------------------------------------------------------------03.09
  • Chip evolution 2000s--------------------------------------------------------------------------------------------------02:24
  • Chip evolution 2010s------------------------------------------------------------ --------------------------------------02:58
  • Chip evolution 2020s--------------------------------------------------------------------------------------------------03:45
Preview Link
Preview
  • Chip making process-------- ------------------------------------------------------------------------------------------05:41
  • Why chip?----------------------------------------------------------------------------------------------------- -------03:00
  • FPGA -----------------------------------------------------------------------------------------------------------------02:45
  • Comparing solutions - --------------------------------------------------------------------------------------------- ----03:34
Preview Link
Preview
  • Input-output Pins------------------------------------------------------------------------------------------------------02:59
  • IO pads, bus and protocol---------------------------------------------------------------------------------------------- 02:48
  • Arithmetic Logic Unit(ALU)---------------------------------------------------------------------------------------------- 04:21
  • Standard protocols used in a chip ---------------------------------------------------------------------------------------04:07
  • Chip categories ----------------------------------------------------------------------------------------------- --------03:50
Preview Link
Preview
  • What is binary system?-------------------------------------------------------------------------------------------------03:23
  • Representing negative numbers in binary system------------------------------------------------------------------------- 04:07
  • Representing fractional values in binary system -------------------------------------------------------------------------- 05:19
  • Weighted and non-weighted code-------------------------------------------------------------------------------- ------02:37
  • Binary arithmetic - -------------------------------------------------------------------------------------------- --------03:17
Preview Link
Preview
  • Introduction to gates ---------------------------------------------------------------------------------------------------03:11
  • Processing logic gates-------------------------------------------------------------------------------------------------- 02:11
  • Designing a solution using processing logic gates ------------------------------------------------------------------------- 04:13
  • Designing a solution using processing logic gates II------------------------------------------------------------------ ------03:30
  • Optimizing boolean equations----------------------------------------------------------------------------------- --------04:36
Preview Link
Preview
  • Introduction to combinational circuits-------------------------------------------------------------------------------------03:53
  • Examples of combinational circuits--------------------------------------------------------------------------------------- 03:31
  • Sequential circuits ------------------------------------------------------------------------------------------------ ----- 04:36
  • Sequential circuits - flip flops---------------------------------------------------------------------------------------------03:56
  • Setup and hold times------------------------------------------------------------------------------------ ------------- --02:40
Preview Link
Preview
  • Hardware Description Language-----------------------------------------------------------------------------------------03:15
  • Evolution of HDL--------------------------------------------------------------------------------------------------------03:00
  • Software language vs. HDL ------------------------------------------------------------------------------------------ --- 02:51
  • Verilog constructs - assign, always---------------------------------------------------------------------------------------05:27
  • Verilog basics------------------------------------------------------------------------------------ ------------------- --03:47
  • Types of HDL coding------------------------------------------------------------------------------------- ---------------03:58
  • Verification constructs in verilog--------------------------------------------------------------------------------------- --02:05
  • Time and events -------------------------------------------------------------------------------------------------------03:06
Preview Link
Preview
  • Digital design initiation------------------------------------------------------------------------------------------------- 04:03
  • Digital design of an adder-----------------------------------------------------------------------------------------------05:45
  • Flow of control in the design of an adder----------------------------------------------------------------------------------03:16
  • Digital design of traffic controller-------------------------------------------------------------------------------- - -------04:25
  • Finite State Machines ---------------------------------------------------------------------------------------------------03:13
  • Configurability of a state machine--------------------------------------------------------------------------------------- 03:34
  • Pipeline--------------------------------------------------------------------------------------------------------------- 03:32
Preview Link
Preview
  • Control Status Register - CSR---------------------------------------------------------------------------------------------04:24
  • Synchronous design and CDC------------------------------------------------------------------------------------------- 04:41
  • Memories in a chip ----------------------------------------------------------------------------------------------- ----- 03:58
  • IO in a chip - flip flops---------------------------------------------------------------------------------------------------04:13
  • Chiplets and their IO protocol--------------------------------------------------------------------------------------------03:52
  • Categories of chips-----------------------------------------------------------------------------------------------------02:51
  • Synthesis--------------------------------------------------------------------------------------------------------------03:34
Preview Link
Preview
  • What is verification -----------------------------------------------------------------------------------------------------03:18
  • Verification in chip making stages - 1 -------------------------------------------------------------------------------------03:34
  • Verification in chip making stages - 2 -------- ----------------------------------------------------------------------------03:47
  • Verification in chip making stages - 3 ------------------------------------------------------------------------- -----------03:36
Preview Link
Preview
  • Functional verification at a high level---------------------------------------------------------------------------------- ---02:34
  • Three independent dimensions in functional verifcation- ------------------------------------------------------------------- 02:25
  • Phases in functional verifcation and verification planning------------------------------------------------------------------- 03:59
  • Testbench development ---------------------------------------------------------------------------------------- --------02:51
  • Test writing and simulation ----------------------------------------------------------------------------------------------03:32
  • Debug and regression---------------------------------------------------------------------------------------------------03:04
  • Coverage closure-------------------------------------------------------------------------------------------------------02:29
Preview Link
Preview
  • FIFO - Specification -----------------------------------------------------------------------------------------------------03:39
  • FIFO - Test Plan ---------------------------------------------------------------------------------------------------- ----03:04
  • FIFO - Procedural Testbench I-------------------------------------------------------------------------------------------- 07:15
  • FIFO - Procedural Testbench II ------------------------------------------------------------------------------------- ------03:39
  • FIFO - Procedural Testbench III -------------------------------------------------------------------------------------------05:37
  • ALU - Procedural Testbench Exercise
  • FIFO - Debug
  • FSM - Debug

Meet Your Instructor

Basics of Digital Electronics

Knowledge and coding experience in C language

Pre-requisite

Vinod Kumar Gopinath

Vinod has nearly 30 years of experience in the software and hardware industry. During this time, he has also spent many years teaching students at schools, colleges, and organizations.

In this course, Vinod has combined his experience in teaching with his understanding of the VLSI industry.

How it works?

Register

Sign up to gain access to the course

How it works?

How it works?

Faculty Allocation

After enrolling in the course, a dedicated faculty will be assigned  to guide and support

Learn and Apply

Complete the course videos, exercises, and the exam

Get Certified

Share your certificates on LinkedIn and enhance your professional growth

In our courses, you will learn to use QuestaSim, an industry – standard, powerful simulation and verification software. QuestaSim supports VHDL, Verilog and System Verilog helping you verify and debug complex designs efficiently.

Typically, access to the course materials is available only during the stipulated duration of the course. But the access can be extended if requested.

The course materials are available round the clock for reference and self-study. But the teaching of the modules by the instructors through live online sessions follows a published schedule.

Yes! The course provides opportunities to connect with your trainers who are real-time design and verification engineers. They will be available to help you with your doubts and provide industry insights.

To become a VLSI engineer, you need a good foundation in digital electronics. Proficiency in hardware description languages (HDL) like Verilog or VHDL and programming skills are essential for designing and verifying circuits. Strong problem-solving and analytical thinking skills help in optimizing designs. 

Additionally, knowledge of simulation tools and debugging techniques can be beneficial. You should be comfortable to code

Yes! Our courses are designed to be beginner-friendly, with a structured curriculum that starts with the fundamentals before moving to advanced topics. Additionally, our trainers are available to assist you throughout your learning journey. Knowledge in programming helps in understanding the course.

You can start your learning journey once you get the login credentials for the Edvlearn portal.

Basic knowledge of digital electronics and coding experience in C language will be helpful for understanding the concepts in a more efficient manner.

After completing the first course you can pursue other courses in our portal like System Verilog for Verification, Writing System Verilog Test Bench, and UVM Basics which delve deeper into the VLSI Design and Verification process.

Learner's Testimonials

Sincere thanks to NAAN MUDHALVAN for providing the opportunity to spread knowledge about VLSI across various parts of Tamil Nadu

Celebrating the joy of learning
Students' Journey in IC Chip Design & Verification with Edvlearn
Thanks to Edvlearn!
Exciting Day for M.Tech VLSI

Digital Design and Verification

This foundational course aims to investigate what a chip is, why companies would want to make them, and their evolution over the decades.

The course begins with a brief history of the chip, and then covers chip IO, binary system, arithmetic and its representation, combinational and sequential circuit and basic Verilog constructs.
We then give a detailed introduction to digital design and end with digital design verification.

  • Last Updated 01/2025
  • English
  • English[Integrated]

What will you learn?

  • What is chip, Why a company would develop a chip
  • Digital Fundamentals
  • Evolution of chip, Types of chips, Bus Interfaces
  • HDL Design flow & Synthesis
  • Role of Verification, Types of Verification
  • Functional Verification

Price        Rs.7400 (inclusive of GST)

Instructor    Vinod Kumar Gopinath

Duration      8 Weeks

Chapters      14

Learners       2300 students

SEE CURRICULUM

REGISTER NOW



This Course Includes

  • 5 hours on-demand video
  • Lab assignments
  • Quizzes and Elaborate Questions
  • Certificate of completion

Certificate for completion (80%): 
The certificate will state:

“This is to certify that (Name) has actively participated in the course ‘Digital Design and Verification’ and completed a major portion of the curriculum”

Certificate for completion (95% or more):
The certificate will state:
“This is to verify that(Name) has successfully completed the course ‘Digital Design and Verification'”

Course Curriculum

14 Chapters   74 Lectures   5h total length

Video Preview with Icon
What is a Chip? ________________________________________ 7 lectures 18min
  • Introduction------------02:12
  • Discrete and
    continuous signals--- -- 02:14
  • Digitization-------------02:27
  • Analog and digital
    circuits---------------- 02:05
  • Digital part of the chip---01:53
  • Transistors-------------03.50
  • Building digital systems with transistors -------------04.21
Preview Link
Preview
Preview Link
Preview
  • Chip evolution 1980-90--03.09
  • Chip evolution 2000s----02:24
  • Chip evolution 2010s- ---02:58
  • Chip evolution 2020s----03:45
  • Chip making process----05:41
  • Why chip?--------------03:00
  • FPGA------- -----------02:45
  • Comparing solutions-- --03:34
Preview Link
Preview
  • Input-output Pins-------02:59
  • IO pads, bus and
    protocol--------------- 02:48
  • Arithmetic Logic
    Unit(ALU) -------------- 04:21
  • Standard protocols
    used in a chip---------- 04:07
  • Chip categories-------- 03:50
Preview Link
Preview
  • What is binary system?--03:23
  • Representing negative
    numbers in binary
    system---------------- 04:07
  • Representing fractional
    values in binary system--05:19
  • Weighted and
    non-weighted code-----02:37
  • Binary arithmetic--------03:17
Preview Link
Preview
  • Introduction to gates----03:11
  • Processing logic gates- -02:11
  • Designing a solution
    using processing
    logic gates-------------04:13
  • Designing a solution
    using processing
    logic gates II -----------03:30
  • Optimizing boolean
    equations--------------04:36
Preview Link
Preview
  • Introduction to
    combinational circuits----03:53
  • Examples of
    combinational circuits----03:31
  • Sequential circuits -------04:36
  • Sequential circuits - flip
    flops--------------------03:56
  • Setup and hold times-----02:40
Preview Link
Preview
  • Hardware Description
    Language---------------03:15
  • Evolution of HDL----------03:00
  • Software language vs.
    HDL---------------------02:51
  • Verilog constructs -
    assign, always-----------05:27
  • Verilog basics----------- 03:47
  • Types of HDL coding------03:58
  • Verification constructs in
    verilog--------------- -- 02:05
  • Time and events---------03:06
Preview Link
Preview
  • Digital design initiation---04:03
  • Digital design of an
    adder------------------05:45
  • Flow of control in the
    design of an adder ------03:16
  • Digital design of traffic
    controller---------------04:25
  • Finite State Machines ----03:13
  • Configurability of a
    state machine---------- 03:34
  • Pipeline---------------- 03:32
Preview Link
Preview
  • Control Status Register -
    CSR--------------------04:24
  • Synchronous design and
    CDC------------------- 04:41
  • Memories in a chip------ 03:58
  • IO in a chip - flip flops----04:13
  • Chiplets and their IO
    protocol----------------03:52
  • Categories of chips------02:51
  • Synthesis---------------03:34
Preview Link
Preview
  • What is verification ------03:18
  • Verification in chip
    making stages - 1--------03:34
  • Verification in chip
    making stages - 2 -------03:47
  • Verification in chip
    making stages - 3 -------03:36
Preview Link
Preview
  • Functional verification
    at a high level-----------02:34
  • Three independent
    dimensions in functional verifcation--------------02:25
  • Phases in functional
    verifcation and verification planning---------------03:59
  • Testbench development-02:51
  • Test writing and
    simulation -------------03:32
  • Debug and regression --03:04
  • Coverage closure ------02:29
Preview Link
Preview
  • FIFO - Specification ------03:39
  • FIFO - Test Plan----------03:04
  • FIFO - Procedural
    Testbench I------------ -07:15
  • FIFO - Procedural
    Testbench II-------------03:39
  • FIFO - Procedural
    Testbench III ------------05:37
  • ALU - Procedural Testbench Exercise
Preview Link
Preview

How it works?

Meet Your Instructor

Vinod Kumar Gopinath

Vinod has nearly 30 years of experience in the software and hardware industry. During this time, he has also spent many years teaching students at schools, colleges, and organizations.

In this course, Vinod has combined his experience in teaching with his understanding of the VLSI industry.

Register

Sign up to gain access to the course

Faculty Allocation

After enrolling in the course, a dedicated faculty will be assigned to guide and support

Learn and Apply

Complete the course videos, exercises, and the exam.

Get Certified

Share your certificates on LinkedIn and enhance your professional growth

Pre-requisite

  • Basics of Digital Electronics
  • Knowledge and coding experience in C language

Requirements

In our courses, you will learn to use QuestaSim, an industry – standard, powerful simulation and verification software. QuestaSim supports VHDL, Verilog and System Verilog helping you verify and debug complex designs efficiently.

Typically, access to the course materials is available only during the stipulated duration of the course. But the access can be extended if requested.

The course materials are available round the clock for reference and self-study. But the teaching of the modules by the instructors through live online sessions follows a published schedule.

Yes! The course provides opportunities to connect with your trainers who are real-time design and verification engineers. They will be available to help you with your doubts and provide industry insights.

To become a VLSI engineer, you need a good foundation in digital electronics. Proficiency in hardware description languages (HDL) like Verilog or VHDL and programming skills are essential for designing and verifying circuits. Strong problem-solving and analytical thinking skills help in optimizing designs. 

Additionally, knowledge of simulation tools and debugging techniques can be beneficial. You should be comfortable to code

Yes! Our courses are designed to be beginner-friendly, with a structured curriculum that starts with the fundamentals before moving to advanced topics. Additionally, our trainers are available to assist you throughout your learning journey. Knowledge in programming helps in understanding the course.

You can start your learning journey once you get the login credentials for the Edvlearn portal.

Basic knowledge of digital electronics and coding experience in C language will be helpful for understanding the concepts in a more efficient manner.

After completing the first course you can pursue other courses in our portal like System Verilog for Verification, Writing System Verilog Test Bench, and UVM Basics which delve deeper into the VLSI Design and Verification process.

Learner's Testimonials

Sincere thanks to NAAN MUDHALVAN for providing the opportunity to spread knowledge about VLSI across various parts of Tamil Nadu

Celebrating the joy of learning!
Students' Journey in IC Chip Design & Verification with Edvlearn
Thanks to Edvlearn!
Exciting Day for M.Tech VLSI


Digital Design and Verification

  • Last Updated 01/2025
  • English
  • English[Integrated]

This foundational course aims to investigate what a chip is, why companies would want to make them, and their evolution over the decades.

The course begins with a brief history of the chip, and then covers chip IO, binary system, arithmetic and its representation, combinational and sequential circuit and basic Verilog constructs.
We then give a detailed introduction to digital design and end with digital design verification.

What will you learn?

  • What is chip, Why a company would develop a chip
  • Digital Fundamentals
  • Evolution of chip, Types of chips, Bus interface
  • HDL Design flow & Synthesis
  • Role of Verification, Types of verification
  • Functional Verification

Price                   Rs.7400 (inclusive of GST) 

Instructor          Vinod Kumar Gopinath

Duration            8 Weeks

Chapters           14

Learners            2300 students

SEE CURRICULUM

REGISTER NOW



This Course Includes:

  • 5 hours on-demand video
  • Lab assignments
  • Quizzes and Elaborate Questions
  • Certificate of completion

Certificate for completion (80%): 
The certificate will state:

“This is to certify that (Name) has actively participated in the course ‘Digital Design and Verification’ and completed a major portion of the curriculum”

Certificate for completion (95% or more):
The certificate will state:
“This is to verify that(Name) has successfully completed the course ‘Digital Design and Verification'”

Course Curriculum

14 Chapters   74 Lectures   5h total length

Preview Link
Preview
Video Preview with Icon
What is a Chip? ______________________________________________________ 7 lectures 18min
  • Introduction -----------------------------------------------------------02:12
  • Discrete and continuous signals----------------------------------------- 02:14
  • Digitization ------------------------------------------------------------02:27
  • Analog and digital Circuits - -------------------------------------------- 02:05
  • Digital part of the chip------------------------------------------------- -01:53
  • Transistors - -----------------------------------------------------------03.50
  • Building digital systems with transistors -----------------------------------04.21
  • Chip evolution 1980-90--------------------------------------------------03.09
  • Chip evolution 2000s----------------------------------------------------02:24
  • Chip evolution 2010s-------------- --------------------------------------02:58
  • Chip evolution 2020s----------------------------------------------------03:45
Preview Link
Preview
  • Chip making process----------------------------------------------------05:41
  • Why chip? ------------------------------------------------------ -------03:00
  • FPGA - -----------------------------------------------------------------02:45
  • Comparing solutions - ---------------------------------------------------03:34
Preview Link
Preview
  • Input-output Pins ------------------------------------------------------- 02:59
  • IO pads, bus and protocol----------------------------------------------- -02:48
  • Arithmetic Logic Unit(ALU)------------------------------------------------ 04:21
  • Standard protocols used in a chip-----------------------------------------04:07
  • Chip categories------------------------------------------------- --------03:50
Preview Link
Preview
  • What is binary system?---------------------------------------------------03:23
  • Representing negative numbers in binary system--------------------------- 04:07
  • Representing fractional values in binary system-----------------------------05:19
  • Weighted and non-weighted code--------------------------------------- -02:37
  • Binary arithmetic --------------------------------------------------------03:17
Preview Link
Preview
  • Introduction to gates-----------------------------------------------------03:11
  • Processing logic gates--------------------------------------------------- 02:11
  • Designing a solution using processing logic gates---------------------------04:13
  • Designing a solution using processing logic gates II -------------------------03:30
  • Optimizing boolean equations-------------------------------------------- 04:36
Preview Link
Preview
  • Introduction to combinational circuits-------------------------------------03:53
  • Examples of combinational circuits--------------------------------------- 03:31
  • Sequential circuits ------------------------------------------------------04:36
  • Sequential circuits - flip flops---------------------------------------------03:56
  • Setup and hold times----------------------------------------------------02:40
Preview Link
Preview
  • Hardware Description Language------------------------------------------03:15
  • Evolution of HDL---------------------------------------------------------03:00
  • Software language vs. HDL -------------------------------------------- - -02:51
  • Verilog constructs - assign, always----------------------------------------05:27
  • Verilog basics-----------------------------------------------------------03:47
  • Types of HDL coding----------------------------------------------------- 03:58
  • Verification constructs in verilog ------------------------------------------02:05
  • Time and events-------------------------------------------------------- 03:06
Preview Link
Preview
  • Digital design initiation-------------------------------------------------- 04:03
  • Digital design of an adder----------------------------------------------- 05:45
  • Flow of control in the design of an adder ---------------------------------- 03:16
  • Digital design of traffic controller----------------------------------------- 04:25
  • Finite State Machines----------------------------------------------------03:13
  • Configurability of a state machine----------------------------------------03:34
  • Pipeline-------------------------------------------------------------- - 03:32
Preview Link
Preview
  • Control Status Register - CSR--------------------------------------------- 04:24
  • Synchronous design and CDC--------------------------------------------04:41
  • Memories in a chip------------------------------------------------------03:58
  • IO in a chip - flip flops--------------------------------------------------- 04:13
  • Chiplets and their IO protocol --------------------------------------------03:52
  • Categories of chips----------------------------------------------------- 02:51
  • Synthesis --------------------------------------------------------------03:34
Preview Link
Preview
  • What is verification -----------------------------------------------------03:18
  • Verification in chip making stages - 1------------------------------------- 03:34
  • Verification in chip making stages - 2-------------------------------------03:47
  • Verification in chip making stages - 3-------------------------------------03:36
Preview Link
Preview
  • Functional verification at a high level--------------------------------------02:34
  • Three independent dimensions in functional verifcation---------------------02:25
  • Phases in functional verifcation and verification planning------------------- 03:59
  • Testbench development-------------------------------------------------02:51
  • Test writing and simulation ----------------------------------------------03:32
  • Debug and regression---------------------------------------------------03:04
  • Coverage closure-------------------------------------------------------02:29
Preview Link
Preview
  • FIFO - Specification -----------------------------------------------------03:39
  • FIFO - Test Plan---------------------------------------------------------03:04
  • FIFO - Procedural Testbench I-------------------------------------------- 07:15
  • FIFO - Procedural Testbench II--------------------------------------------03:39
  • FIFO - Procedural Testbench III------------------------------------------- 05:37
  • ALU - Procedural Testbench Exercise
Preview Link
Preview
  • FIFO - Debug
  • FSM - Debug

Meet Your Instructor

Pre-requisite

Basics of Digital Electronics

Knowledge and coding experience in C language

Requirements

Vinod Kumar Gopinath

Vinod has nearly 30 years of experience in the software and hardware industry. During this time, he has also spent many years teaching students at schools, colleges, and organizations.

In this course, Vinod has combined his experience in teaching with his understanding of the VLSI industry.

How it works?

How it works?

Faculty Allocation

After enrolling in the course, a dedicated faculty will be assigned to guide and support

Register

Sign up to gain access to the course

Faculty Allocation

After enrolling in the course, a dedicated faculty will be assigned to guide and support

Learn and Apply

Complete the course videos, exercises, and the exam.

Get Certified

Share your certificates on LinkedIn and enhance your professional growth

In our courses, you will learn to use QuestaSim, an industry – standard, powerful simulation and verification software. QuestaSim supports VHDL, Verilog and System Verilog helping you verify and debug complex designs efficiently.

Typically, access to the course materials is available only during the stipulated duration of the course. But the access can be extended if requested.

The course materials are available round the clock for reference and self-study. But the teaching of the modules by the instructors through live online sessions follows a published schedule.

Yes! The course provides opportunities to connect with your trainers who are real-time design and verification engineers. They will be available to help you with your doubts and provide industry insights.

To become a VLSI engineer, you need a good foundation in digital electronics. Proficiency in hardware description languages (HDL) like Verilog or VHDL and programming skills are essential for designing and verifying circuits. Strong problem-solving and analytical thinking skills help in optimizing designs. 

Additionally, knowledge of simulation tools and debugging techniques can be beneficial. You should be comfortable to code

Yes! Our courses are designed to be beginner-friendly, with a structured curriculum that starts with the fundamentals before moving to advanced topics. Additionally, our trainers are available to assist you throughout your learning journey. Knowledge in programming helps in understanding the course.

You can start your learning journey once you get the login credentials for the Edvlearn portal.

Basic knowledge of digital electronics and coding experience in C language will be helpful for understanding the concepts in a more efficient manner.

After completing the first course you can pursue other courses in our portal like System Verilog for Verification, Writing System Verilog Test Bench, and UVM Basics which delve deeper into the VLSI Design and Verification process.

Learner's Testimonials

Sincere thanks to NAAN MUDHALVAN for providing the opportunity to spread knowledge about VLSI across various parts of Tamil Nadu

Celebrating the joy of learning!
Students' Journey in IC Chip Design & Verification with Edvlearn
Thanks to Edvlearn!
Exciting Day for M.Tech VLSI
Scroll to Top