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VLSI Training
Corporate Training




SESSION(or)DAY TOPICS CONTENT
SESSION 1

Theory: Trends in VLSI

VLSI Design Flow and Current VLSI Technology.

Introduction to Digital Design.

SESSION 2

Theory:

Overview of Digital Design Concepts.

Importance of Digital Design.

Boolean algebra and logic circuits.

SESSION 3

Theory: Introduction to Digital Design

Number representation and arithmetic circuits.

Boolean algebra.

SESSION 4

Theory:

Combinational Logic Design.

SESSION 5

Theory:

Combinational Logic Design.

SESSION 6

Theory:

Sequential logic Design.

SESSION 7

Theory:

Sequential logic Design.

SESSION 8

Theory:

Sequential logic Design.

SESSION 9

Theory: Introduction to Verilog

Hardware Modeling Overview.

Verilog Language Concepts.

SESSION 10

Theory:

Modules and Ports.

Verilog Design Methodologies.

SESSION 11

Theory: Advanced Concepts

Combinational Circuit Design and Introduction to Tools.

Practical:

Introduction to CAD Tool Explanation.

Lab Exercise.

SESSION 12

Theory:

Combinational Circuit Design and RTL Level Coding.

Lab Exercise.

SESSION 13

Theory:

Combinational Circuit Design and RTL Level Coding.

Lab Exercise.

SESSION 14

PROJECT

SESSION 15

PROJECT

SESSION 16

PROJECT

SESSION 17

PROJECT

SESSION 18

Theory:

Designing of Sequential Circuits and RTL Level Coding.

Description Lab Exercise on Simulation and Synthesis tools.

Practical:

Lab Exercises on Sequential Circuit Design.

SESSION 19

Theory:

Sequential Circuit Design and RTL Level Coding.

Practical :

Lab Exercise on Sequential Circuit Design.

SESSION 20

Theory:

Sequential Circuit Design and RTL Level Coding.

Practical :

Lab Exercise on Sequential Circuit Design.

SESSION 21

Theory:

Sequential Circuit Design and RTL Level Coding.

Practical :

Lab Exercise on Sequential Circuit Design.

SESSION 22

Theory: Finite State Machines

Introduction to Finite State Machines.

Real time Examples on FSM’S.

Practical :

Coding Steps For FSM’S.

SESSION 23

PROJECT

SESSION 24

PROJECT

SESSION 25

PROJECT

SESSION 26

PROJECT

SESSION 27

Practical: Lab Exercises on FSM’s.

SESSION 28

Practical: Lab Exercises on FSM’s.

SESSION 29

Theory:

Introduction to Xilinx Stimuli.

Modeling Stimuli.

Practical :

Exercise on Stimuli for Various Design.

SESSION 30

Theory:

Various types of Memory Design.

Practical :

Lab Exercise on Memory Design.

SESSION 31

Theory:

Various types of Memory Design.

Practical :

Lab Exercise on Memory Design.

SESSION 32

Theory:

Designing of FIFO.

Practical :

Lab exercise on FIFO Design.

SESSION 33

Practical :

Various Real time Examples Design.

SESSION 34

Theory:

Study of PLD’s, CPLD’s.

Introduction to FPGA.

Design Flow and Overview.

Practical:

FPGA Implementation(Board Level Explanation).

SESSION 35

Practical: Design Verification Using FPGA.

Verilog Implementation of Basic Adders.

Design And Implementation of Carry Select Adder

Design of High Speed Carry look ahead adder

Designing of Carry Save Adders.

Design of BCD Adders.

Verilog Implementation of Sub tractors.

Verilog Design of Secure Door Locking System.

Design of Basic Multipliers.

Implementation of Unsigned and Signed Multipliers.

Implementation of Arithmetic Logic Unit.

Design and implementation of Floating point adder

Design and Implementation of Floating point Sub tractor

Design and Implementation of Floating point Multiplier.

Design and Implementation of Various code Converters.

Deigning of Synchronous and Asynchronous Counters.

Verilog Implementation Traffic Signal controller.

Design and Implementation of Vending Machine.

Design and Implementation of Various Shifters.

Implementation of Hamming Code.

Design Implementation of Lift Controller Based System.

Lot of Major Projects will be covered in this training.

20 Projects are covered During Course.

9 optional major projects.

Our syllabus is professionally designed to cover Basic as well as Advance aspects of VLSI and Design Concepts.

Each day of our training is well planned to provide you with Theoretical as well as Practical knowledge of the module.

Each day will come up with New Practical’s and Projects which makes the training interesting and exciting.

Time to time Practical Assignments will be provided to the students, which will help them in doing practice at home.

Revision Time and Query Sessions are provided to the students which help them in clearing previous doubts.

Exam will be conducted at the end of basic as well as Advance module to test the knowledge level of the students.

Time for Project Work will be provided to the students, in which students will develop a project of their own choice. This will encourage Innovative Ideas among students.

Basic knowledge of C Programming.

Basics of Electronics and Digital Concepts.

Eagerness to learn new innovative things.

Xilinx 14.3.

Model sim.

Students from B.E/B.Tech/M.Tech/Diploma (ECE/EEE/CSE/IT/MECH) can join this training.

Anyone who have interest in this field and have pre-requisite knowledge.

Call us : (+91) 9030333433 / 08772261612
Mail us : takeoffstudentprojects@gmail.com