Global Institute of Technologygitjaipur.com/wp-content/uploads/2018-19.pdfVision and Mission Of Department of Electronics & Communication Engineering Vision ... BSNL (JTO), DRDO, DMRC

Global Institute of Technology

Department of Electronics and Communication Engineering

Vision and Mission Of College

Vision

We would contribute to human development through academic pursuits and be a trendsetter in the field

of Technical and Management education.

Mission

To establish world-class high quality learning environment by way of developing value-based

education system, powered by brilliant professionals and leaders in the field of Engineering &

Management.

Vision and Mission Of Department of Electronics & Communication Engineering

Vision

The vision of the department of Electronics & Communication Engineering is to be recognized as a

trendsetter of its undergraduate programme through focus on core competencies, multi-disciplinary

collaborations, and quality in education.

Mission

To produce higher qualified, well- formed and motivated graduates possessing fundamental knowledge

of engineering practice and research of Electronics and Communication Engineering who can provide

leadership and service to our nation and world.

Program Educational Objectives (PEOs):

The department to fulfil its Mission has following specific educational objectives:

PEO ≠ 1: Core competence & Successful Career

The Graduates of the programme will have successful technical and professional carrier as design

engineers, telecom-engineers, scientists, entrepreneur or work as team leaders or manager in private

sector/PSUs or pursue post graduate and doctorate degree.

PEO ≠ 2: Lifelong Learning

The Graduates of Electronics & Communication Engineering will continue to learn and adapt in a

world of constantly evolving technology.

PEO ≠ 3: Professionalism:

The Graduates of the program shall have professional and ethical attitude, communication skills,

multidisciplinary approach and competence to relate engineering issues to broader social perspective.

Program Outcomes (PO)

The program outcomes are those skills and knowledge which students possess at the time of

graduation. Society expects following capabilities from engineering graduate:

(a) Graduate engineer must have knowledge of mathematics, science, and engineering.

(b) Graduate engineer must be able to conduct experiments, as well as to analyze and interpret data

(c ) Graduate engineer must be able to design a system, component, or process to meet desired needs

within realistic constraints such as economic, environmental, social, political, ethical, health and

safety, manufacturability, and sustainability

(d) Graduate engineer must be able to function in multi-disciplinary teams

(e) Graduate engineer must be able to identify, formulate, and solve engineering problems.

(f) Graduate engineer must have an understanding of professional and ethical responsibility

(g) Graduate engineer must be able to communicate effectively.

(h) Graduate engineer must have the education necessary to understand the impact of engineering

solutions in a global, economic, environmental, and societal context.

(i) Graduate engineer should recognize the need, and should possess ability to engage in life-long

learning.

(j) Graduate engineer must have knowledge of contemporary issues.

Program Specific Outcomes (PSO)

(k) An ability to use the technique, skills and modern engineering tools.

(l) An ability to pinpoint and define engineering problems in the fields of electronics & communication

engineering and able to resolve them through analytical thinking in their own or related fields.

(m) Graduates will exhibit research and problem-solving skills to support lifelong personal and

professional development and able to face competitive exams like GATE, IES, ISRO, BSNL

(JTO), DRDO, DMRC etc.

Mapping Of Cos with POS

S.

No

.

Subject Semeste

r/Code

Course Outcomes BEYOND

SYLLABUS

Progra

mme

OutCom

es

1 Advance

d

Enginee

ring

Mathem

atics-I

3EC2-01 At the end of the course a student will be

able to :

Have a basic understanding of Laplace

Transform.

1. Have basic understanding of Fourier

Transform and Z Transform .

Contour

Integration

Residue

a,b,c,e,h,

i,k,l,m

2 Technic

al

Commu

nication

3EC1-02 The students will be more confident in

verbal & non verbal communication.

The students will be able to develop

analytical frame of mind through

practical exposure of life.

The students will be able to develop

communication process, understanding

the intricacies of communication to be

used in corporate world.

Picture or

situation

description

Root words

d, f,

g i,

j,

l

3 Digital

System

Design

3EC4-04 1. It is useful for understanding the

behaviour of different digital logic.

2. Studentsare able to understand,

identify, formulate and solve

engineering problems.

3. Knowledge ofdigital logic.

4. Students are able to understand

process &working of digital

electronicsand their logics along with

applications.

5. Student are able purse his study in

advanced digital electronics.

DTL/RTL

Advance study of

Digital IC’s.

a,c,e,h,i,

k,l,m

4 Signals

&

Systems

3EC4-05 At the end of the course the students will be

able

To understand the random signals and

stochastic processes for analyzing

communications systems.

To demonstrate an ability to identify,

formulate and solve signal processing

problems.

To demonstrate the knowledge of

digital signal processing.

To demonstrate the ability to visualize and

work on MATLAB

Direct Fourier

transform

Fast Fourier

transform

Circular

convolution

a,b,c,e,h,

k,l,m

5 Network

Theory

3EC4-06 The students will be able to :

have the capability to apply the various

methodology to solve electrical circuit.

have the ability to synthesis electrical

circuit.

understand the basic concept of network

synthesis.

1. to gain the various method to solve &

simplify the complex network

Parallel

Resonance

Miller Theorem

Generation of

three phase

Complex power

Inverse Laplace

transformation

a,b,c,e,h,

k,l,m

6 Electron

ic

Devices

3EC4-07 The students will be able to :

Identify the various devices, working

Principle, Characteristics and their

applications.

have an ability to design various Projects

and working of daily Use Equipment

Knowledge of EDC subject will help the

student to perform various Experiments in

Laboratories which will help in

understanding theory more clearly.

Knowledge of EDC subject will help in

getting Success in various Competitive

Examinations

Introduction of

Oscillators.

Different Types of

Diodes

a,

b,

c,

e,

h,

k,

l,

m

7

EDC

LAB


able to

Identify the various devices, working


applications.

Have an ability to design various

Projects, PCB design and working of

daily Use Equipment.

To understand the frequency response

of different amplifiers

Basic projects

in embedded

system,

a,b,

c,e,

h,i,

k,l

8 DSD

LAB


able:

Students have the basic knowledge of

logic gates, Universal logic gate and

Karnaugh Map.

The knowledge of digital electronics

subject helps the students to perform

various experiments in laboratories,

which will help in understanding theory

more clearly.

Students have the knowledge and use of

modern upcoming technologies like digital

logic families and Flip-flops & register.

TTL/RTL

Advance

study of

Digital IC’s.

a,

b,

e,

h,

i,

k,

l

9 DSP LAB 3EC4-23 At the end of the course the students will be

To simulate the

transmitter and

a, b, c,e,

j, k, l, m

able

To perform the programs like addition,

subtraction of two signals

1. plot the probability density functions.

Find mean and variance for the above

distributions.behaviour of different

digital logic.

2. Students are able to understand,

identify, formulate and solve

engineering problems

3. Students are able to understand process

&working of digital electronics and

their logics along with applications.

4. Students are able to purse his study in

advanced digital electronics.

receiver for BPSK

2. To design and

simulate FIR

digital filter

(LP/HP).

3 To design and

simulate IIR

digital

11 CP LAB-1 3EC3-24 At the end of the course the students will be

able to

Learn how to translate algorithmic

ideas into programming code.

analyze the computational power of

program using complexity

demonstrate the basics of heuristic and

heuristic techniques

Implementation

of B-Tree

Implementation of

adjacency list of

graphs

a, b,

e,

i,

j,k,l,m

12 INDUSTR

IAL

TRAININ

G


able to:

demonstrate the use, interpretation and

application of an appropriate international

engineering standard in a specific

situation.

analyse a given engineering problem,

identify an appropriate problem solving

methodology, implement the methodology

and propose a meaningful solution.

apply prior acquired knowledge in

problem solving

1. identify sources of hazards, and

assess/identify appropriate health &

safety measures.survive within it.

Latest trends in

the field of

electronics.

a,b,c,d,e,

f,g,h,i,j,

k,l,m

13 Advance

d

Enginee

4EC2-01 At the end of the course a student will

have:

the basic knowledge to solve differential

Basic concepts

of Maxima and

Minima

a,

b,

c,

ring

Mathem

atics-II

and partial equation with numerical

methods

ability to find maximum or minimum

value of a definite integral involving a

certain function i.e. functional..

1. ability to get solution of higher

transcendental function with their

properties.It is useful for

understanding the behaviour of

different electronics devices like

oscillators, feedback amplifiers and

power amplifiers and their

classification.

2. Students are able to understand the

knowledge and concept of different

types of Amplifiers which are

necessary in each and every subject.

Basic theory

related to

probability

Knowledge of

Higher

transcendental

functions

e,

h,

i,

k,

l,

m

15 MEFA 4EC1-03 At the end of the course the students will

able to

describe and explain literary cultural

theories of English literature.

choose and describe the most enduring

problems in philosophy

gather and explain the history of

philosophy,

discuss the value of open, free inquiry

and religious diversity.

Display a general ability to understand

and evaluate information.

1. Demonstrate an awareness of diverse

cultures.

Personal

development skills

c,

d,

e,

f,

g

16 ANALO

G

CIRCUI

TS

4EC4-04 At the end of the course the students will

able to analyze the principles of

feedback and evaluate feedback in

analog system with desired

performance.

to understand oscillators, tuned

amplifiers and power amplifiers.

1. to identify the various electronic

components as BJT, FET, working


applications..

Voltage

Controlled

Crystal

Oscillators

Regulated power

supply 78xx Series

IC

a,

b,

c,

e,

h,

i,

k,

l,

m

17 MICRO

CONTR

OLLER

S


able to

understand the evolution of MP

technology

programming, debug and test a small

scale circuits.

identify, formulate, and solve engineering

Students will study

8-bit programming

in 8085

microprocessors.

Knowledge and

concept of 8-bit

programming will

a,b,c,e,h,

l,m

problems in MP based and to analyze

their outcomes.

An ability to design circuits for various

application using microcontroller.

1. Learn the depth knowledge of applying

the concepts of real time

applications.demand of energy in India in

various sectors.

help to understand

the operation of

any higher bit data

processor like 16-

bit, 32-bit etc,

which is useful in

real time

applications of

microprocessor &

microcontroller

based embedded

systems

19 Electron

ic

Measure

ment &

Instrum

entation

4EC3-06 At the end of the course the students will be

able to

Understand the fundamentals of theory

of errors - Accuracy & precision,

Repeatability, Systematic & random

errors.

analyzethe basic concepts related to the

operation of Electrical and Electronic

Measuring Instruments.

basic working of instruments used for

the measurements as well as

understand the errors in measurements

and their rectification.

1. .

Electronics

circuits for

measurements

Signal Analysis

Technique

Multi input and

storage

oscilloscope

a,

b,

c,

h,

l

20 ANALO

G AND

DIGITA

L

COMM

UNICA

TION


able to:

Understand the basic knowledge of

AM,FM and PM.

Understand the knowledge of Analog

Communication subject helps the students

to perform various experiments in

laboratories which will help in


Understand the knowledge ofsuperhero

dyne receiver,AM receiver

the basic knowledge of analog and digital

communication and their concepts.

the knowledge of Digital communication

helps the students to perform various

experiments in laboratories which will

help in understanding theory more clearly.

the knowledge and use of modern

upcoming technologies for satellite

Communications and wireless

communication

sampling of

analog signal.

Identify &

solve the

aliasing

problem.

The

Transmission

of two signals

over a single

channel using

sampling

methods.

TDM-

PAM:

Modulation &

demodulation.

Application and

Advantages of

digital

communication

and uses of

satellite

communication

a,b,c,e,h,

l,m

21 ANALOG

&

DIGITAL

COMMU

NICATIO

N LAB

4EC4-21 At the end of the course the student will be

able to understand:

the basic knowledge of communication

system & transmission line mechanism.

The knowledge of communication Lab




1. Students have the knowledge and use

of modern upcoming technologies in

Communication.

1. Review of

advanced

communicat

ion systems

Review of

advanced

modulation

schemes,Performa

nce Analysis of

different

communication

systems

a,b,g,i,k,

l,m

22 ANALOG

CIRCUIT

LAB


be able to design oscillators, tuned

amplifiers and power amplifiers and

can calculate the gain.

have an ability to identify the various

electronic components as BJT FET, and

will be able to draw Characteristics.

Be able to design of feedback amplifier,

and calculate the gain and bandwidth.

Be able to perform various

experiments in laboratories which

will help in understanding theory more

clearly.

Voltage

Controlled

Crystal

Oscillators

Regulated power

supply 78xx Series

IC

a, b,

e,

i,

j, k, l, m

23 Microcon

trollers

Lab


be able

To perform the micrroprogrames like

addition, subtraction etc.

To perform the Transfer a block of data

from memory location XX00 to Another

memory location XX00 in forward &

reverse order.

1. To perform the traffic light control

operationtheory more clearly.

8051microcontroll

er hardware.

2. Application of

Microcontrollers

in interfacing.

3. Robotics.

4. Architecture of

8086 µp and

timing diagram

a, b,

e,

i,

j, k, l, m

25

Electroni

cs

Measure

ment &

Instrume

ntation

Lab

4EC4-24

At the end of the course the students will be

able to

Work various devices such as

voltmeters, ammeters, Display devices,

CRO, etc.

Understand the various measurement

techniques available.

1. Understand the errors in measurements

and their rectification. In industries the

practical application uses the basic

Electronics

circuits for

measurements

Signal Analysis

Techquine

Multi input and

storage

oscilloscope

a, b,

e,

i, j, k, l,

m

Knowledge of measurement and

instrumentation to operate the various

process systems..

26 Signals

&

Systems

5EC1A


able

To understand the random signals and

stochastic processes for analyzing

communications systems.

To demonstrate an ability to identify,

formulate and solve signal processing

problems.

To demonstrate the knowledge of

digital signal processing.

To demonstrate the ability to visualize and

work on MATLAB

Direct Fourier

transform

Fast Fourier

transform

Circular

convolution

a,b,c,e,h,

k,l,m

27 Linear

Integrat

ed

Circuits

5EC2A At the end of the course a student will:

Students will able to understand

operational amplifiers with linear

integrated circuits. Also students will be

able to design circuits using operational

amplifiers for various applications.

Able to analyze and design op amp

oscillators, single chip oscillators and

frequency generators.

Able to design and analysis of various

applications (linear & nonlinear) using op-

amps and IC 555.

Test simulation

models

&equation. Pulse

width

modulation using

555 timer

Study of

differential

amplifier using

CMOS,

P Spice software

used for designing

of circuits and

easy way to study

abt oscillators,

General

information about

microwave filters

a,b,c,e,k,

l,m

28 Telecom

municati

on Engg.

5EC3A At the end of the course a student will be

able to:

have the basic knowledge of Transmission

line principle & telephone set mechanism.




have the knowledge and use of modern

upcoming technologies in

Communication.

use design tools for Telecommunication

system design, test and evaluation

computational skills relevant to analyse

and solve control system problems.

Students are able to understand use the

techniques, skills, and modern engineering

.Fundamentals of

advanced networks,

architecture and

protocols

2.Telecommunicati

on management

and security in

telecommunication

networks

3.Performance

Analysis of

SVD‐assisted

a,b,c,e,h,

k,l,m

tools necessary for engineering practice.

Broadband

MIMO

Transmission

Schemes

30 Analog

Commu

nication

.


able to:


AM,FM and PM.

Understand the knowledge of Analog

Communication subject helps the students




Understand the knowledge of superhero dyne receiver,AM receiver.

ASK, FSK, PSK,

receiver.

Superhetrodyne

New Practical

application of

Analog

Communication

a,b,c,e,h,

l,m

31 Microw

ave

Engg. -I

5EC5A At the end of the course student will be

able to :

understand the basic knowledge of the

transmission of Microwaves.

understand the basics of various

Microwave guiding component such as

Tees, Coupler, Circulators etc.

understand the low and high power

Microwave generators and their practical

consideration

Microwave filters

2. Microwave

transmission

through satellite

link.

a,b,c,e,h,

l,m

32 Biomedi

cal

Instrum

entation

5EC6A At the end of the course student will be

able to understand:

Students learn various technologies relating

to the biological analysis in the electronic

domain.

Students will be able to communicate and

develop efficiently in the two

multidimensional areas of biology and

instrumentation.

Students will be able to understand the

position of biomedical instrumentation in

modern hospital care.

X ray machine a,b,c,e,h,

i,l

33

Electron

ic

Enginee

ring

Design

Lab

5EC7A

At the end of the course student will be

able:

Analyze and design various applications

using Op-amp.

in laboratories which help in understanding

the theory clearly. Design multivibrators

using timer 555, and analog and digital

circuits using op amps.

Design combinational logic circuits using

digital ICs.

Zero crossing

Detector

2. Schmitt

Trigger

3. Full wave

precision rectifier

4. Voltage

regulation

a,b,e,i,j

34

Microw

ave

Engg.

Lab

5EC8A


able to:

understand the basic knowledge of the

transmission of Microwaves.

. Microwave

filters

2. Microwave b,e,k,l

understand the basics of various

Microwave guiding component such as

Tees, Coupler, Circulators etc.

understand the low and high power

Microwave generators and their practical

consideration

transmission

through satellite

link.

35

Commu

nication

Lab-I

5EC9A

At the end of the course the student will be

able to understand:

the basic knowledge of communication

system & transmission line mechanism.

The knowledge of communication Lab





modern upcoming technologies in

Communication

1. Review of

advanced

communicat

ion systems

Review of

advanced

modulation

schemes,Performa

nce Analysis of

different

communication

systems

a,b,g,i,k,

l,m

36

Signal

Processi

ng Lab

5EC10A


able

To perform the programs like addition,

subtraction of two signals

1. plot the probability density functions. Find

mean and variance for the above

distributions.

To simulate the

transmitter and

receiver for BPSK

2. To design and

simulate FIR

digital filter

(LP/HP).

3 To design and

simulate IIR

digital filter

(LP/HP).

a, b, c,e,

j, k, l, m

37

Microw

ave

Engg.-II

6EC1A


able:

To understand the basic knowledge of the

parameters related to the Microwave and

RF.

To understand the basics of Microwave

semiconductor devices and their working.

To understand the MW devices and its

application, and transmission of

microwave over the satellite channel.

1. To understand the working various

microwave devices and practical use

of the devices.

demonstrate the important properties

of these devices and the fabrication

and designing of various Microwave

integrated circuitsStudents are able to

appreciate their role in national

reconstruction by responding to the

Microwave

Communicatio

n system

Microwave

transistor.

Scattering

parameters

Microwave

computer-

aided design

(CAD)

methods

electromagneti

c and plane

waves in

uniform space

Transient

transmission line

analysis and

applications

a,b,c,e,h,

l,m

challenges of the time.

2. Students are able to understand the cut

throat competition and learn how to

survive within it.

39 Micropr

ocessors


able to

understand the evolution of MP

technology

programming, debug and test a small

scale circuits.

identify, formulate, and solve engineering

problems in MP based and to analyze

their outcomes.

An ability to design circuits for various

application using microcontroller.

1. Learn the depth knowledge of applying

the concepts of real time applications.

Students will study

8-bit programming

in 8085

microprocessors.

Knowledge and

concept of 8-bit

programming will

help to understand

the operation of

any higher bit data

processor like 16-

bit, 32-bit etc,

which is useful in

real time

applications of

microprocessor &

microcontroller

based embedded

systems.

a,b,c,e,h,

l,m

40 Industri

al

Electron

ics

6EC3A 1. At the end of the course a student will be

able t:

have the basic knowledge of power

electronic component.

Have knowledge of rectifier and inverter




have the knowledge and use of

modern upcoming technologies

Modern power

components

h,i,j,k,l,

m

41 Digital

Commu

nication

.

6EC4A At the end of the course the students will be

able to understand

the basic knowledge of analog and digital

communication and their concepts.

the knowledge of Digital communication




1. the knowledge and use of modern


Communications and wireless

communication . protection.

2. Students are able to gain the knowledge

about the switchgear devices in power

system.

3. Students are able to gain the knowledge

about the voltage protection.

sampling of

analog signal.

Identify &

solve the

aliasing

problem.

The

Transmission

of two signals

over a single

channel using

sampling

methods.

TDM-

PAM:

Modulation &

a,b,c,e,h,

l,m

demodulation.

Application and

Advantages of

digital

communication

and uses of

satellite

communication

43 Control

Systems


Able

To identify the various machines, working


applications.

To analyze the principles of system

modeling, feedback control and evaluate

feedback control systems with desired

performance.

To understand system stability, sensitivity,

transient and tracking performance.

To control system design such as design of

feedback controllers, such as PID, lead

and lag compensators, pole placement

designs, to meet desired system

performance specifications

Laplace

Transformation

Nonlinearity and

Uncertainty of

Control Systems,

Digital Control

Systems

Modeling

OfMechanical

System In To

Electrical System

a,b,c,e,h,

k,l,m

44 Optical

Fiber

Commu

nication


able to have

the basic knowledge of Ray theory

principle & optical fiber working

concepts.

the knowledge of optical communication

subject helps the students to perform

various experiments in laboratories which


clearly.


upcoming technologies in optical

communication.

to use design tools for optical system

design, test and evaluation.

to use optical technology in Consumer

Electronics, ,communication Systems

Handheld computers, Communication

devices.

Optical

amplification

EDFA and

SOA

Tunable laser

diode

Optical

switching

A,c,e

45 Commu

nication

Lab-II .

6EC7A


able to

have the basic knowledge of analog and

digital communication and their concepts.

Have the knowledge of Digital

communication helps the students to

perform various experiments in


.Sampling of

analog signal.

Identify & solve

the aliasing

problem.

2.The

Transmission of

two signals over a

single channel

a,b,g,i,k,

l,m




Communications

using sampling

methods.

3.TDM-PAM:

Modulation &

demodulation.

4.Application and

Advantages of

digital

communication

and uses of

satellite

communication

46

Micropr

ocessor

Lab

6EC8A

At the end of the course the students will

be able

To perform the micrroprogrames like

addition, subtraction etc.

To perform the Transfer a block of data

from memory location XX00 to Another

memory location XX00 in forward &

reverse order.

To perform the traffic light control

operation

8051microcontroll

er hardware.

2. Application of

Microcontrollers

in interfacing.

3. Robotics.

4. Architecture of

8086 µp and

timing diagram.

a,e,l

47

RF

Simulati

on Lab

6EC9A

At the end of the course the student will

able to

Understands the fundamentals of RF

system design.

Gain knowledge about RF Filter

designing.

Knowledge in RF Active components.

1. Learns the various techniques for RF

transistor amplifier design, Oscillators

and mixer design used in RF design.

2. Students are able to design features of

distribution system and PCD.

Sampling theorem

verification.

2.Students can

understand

Autocorrelation

and cross

correlation

between signals

and sequences.

3.Computation of

unit step, unit

sample and

sinusoidal

responses of given

L

a,b,c,e,h,l

48

Industri

al

Electron

ics Lab

6EC10A

At the end of the course a student will

be able to

Understand the basic knowledge of power

electronic component.

Have the knowledge of rectifier and

inverter helps the students to perform

various experiments in laboratories which


clearly.


upcoming technologies

HVDV transmission

a,b,c,e,k,l

49 Antenna

& Wave

Propaga

7EC1A

At the end of course a student will be able

to have

The basic knowledge of antenna

GPS Technology

Smart Antennas a,e,l,m

tion working principle & antenna arrays

working concepts.

The knowledge of antenna subject helps

the students to perform various


help in understanding theory more

clearly.

The knowledge and use of modern

upcoming technologies like GPS,Smart

antenna, wave propagation through free

space

Micro strip

antenna in

different shapes

50

Digital

Signal

Processi

ng

7EC2A

At the end of course a student will be able

to have the knowledge of

Sampling - discrete time processing of

continuous-time signals,

Introduction, the frequency response of

LTI systems,

Structures for discrete-time systems

Basic structures for IIR and fir systems,

transposed forms.

Introduction, analog filter design:

Butterworth & chebyshev.iir filter

design by impulse invariance & bilinear

transformation.

Design kaiser.window.

discrete fourier transform (DFT),

FFT algorithms

Quantizatio

n noise –

derivation for

quantization

noise power –

Fixed point and

binary floating

point

number

representation –

comparison –

over flow error

– truncation

error – co-

efficient

quantization error

- limit cycle

oscillation

g,f,i

51 Digital

Image

Processi

ng


able to understand followings

The basic concepts of two-dimensional

signal acquisition, sampling, and

quantization.

Spatial filtering techniques, including

linear and nonlinear methods.

The Human Visual System (HVS) and its

affect on image perception and

understanding.

1. The fundamental image enhancement

algorithms such as histogram

modification, contrast manipulation, and

edge detection.

Discrete

cosine

Transform

Properties

of Walsh

transform

a,b,c,e,h,

k,l,m

52 Wireless

Commu

nication


able to

understand the basic knowledge of antenna

working principle & antenna arrays

working concepts.

understand the knowledge of antenna lab


experiments in laboratories which will help

in understanding theory more clearly.

1. have the knowledge and use of modern upcoming technologies like GPS,Smart antenna, wave propagation through free

4th generation,

Wireless sensor

network,

Wireless

communication in

Industries

a,b,c,e,h,

l

space

53

VLSI

Design

7EC5A At the end of the course a student will be:

Able to understand the evolution of VLSI

technology

Able to design logic circuit layouts for

both static CMOS and dynamic clocked

CMOS circuits.

Able to learn Layout, Stick diagrams,

Fabrication steps, Static and Switching

characteristics of inverters.

To be aware about the trends in

semiconductor technology, and how it

impacts scaling and performance.

1. Able to the design of digital systems using

VHDL hardware description language..

Introductio

n to

Verilog,

Program to

design

Logic

gates,

Program to

design

digital

circuits,

Introductio

n to FPGA

Architectu

re,

VLSI in

Industries

a,b,c,e,h,

i,

54

VHDL 7EC6A

At the end of the course a student will be

able to :

Learn to use VHDL for simulation and

synthesis.

Understanding of advanced VHDL

features.

Learn design and analysis of clocked

sequential circuits.

Understanding of modern CAD tools

like FPGA.

Verilog

Programming

Language

a,f,h,m

55 Signal &

Image

Processi

ng Lab


able to understand

Signal and system and its application,

elementary signals and their properties.

The concept of signal processing, various

types of signals used in Communication

and image processing.

1. To develop the skills for analyzing the

system by using MATLAB.

Program to

perform half

adder, Full adder

in Verilog Using

Xilinx Software.

2. Program to

perform Mux,

DeMux in Verilog

Using Xilinx

Software

3. Image

Processing Basics

4. Animations in

MATLAB etc.

a,b,c

56 Wireless

Commu

nication

Lab


able to:


antenna working principle & antenna

arrays working concepts.

To make micro

strip patch antenna

using software such

a,b,c,l

Understand the knowledge of antenna lab




1. have the knowledge and use of modern

upcoming technologies like GPS,Smart

antenna, wave propagation through free

space.

as HFSS

2.To draw the

radiation pattern

of antenna using

MATLAB

57

Practica

l

Training

&

Industri

al Visit

7EC8A


able to:

demonstrate the use, interpretation and

application of an appropriate international

engineering standard in a specific

situation.

analyse a given engineering problem,

identify an appropriate problem solving

methodology, implement the methodology

and propose a meaningful solution.

apply prior acquired knowledge in

problem solving

identify sources of hazards, and

assess/identify appropriate health & safety

measures.

Latest trends in

the field of

electronics

a,b,c,d,e,

f,g,h,i,j,

k,l,m

58

Project-

I

7EC9A


able to:

1. apply the relevant knowledge and

skills, which are acquired within the

technical area, to a given problem within

given constraints, even with limited

information, independently analyze and

discuss complex inquiries/problems.

2. behandle larger problems on the

advanced level within the technical area -

Reflect on, evaluate, and critically assess

one’s own and others’ scientific results.

3. document and present one’s own

work, for a given target group, with strict

requirements on structure, format, and

language usage.

identify one’s need for further knowledge

and continuously develop one’s own

competencies

Different

Programming

Languages. E.g.

C++, Java.

a,b,e,l

59

IC

Technol

ogy

8EC1A


able to:

have the basic knowledge of IC processing

& identify, formulate and solve IC

processing problems.

1 have the knowledge and use of

modern upcoming technologies in I.C.

fabrication..

X-RAY

LITHOGRAPHY

Plasma

enhanced CVD

a,b,e,i

60

Radar &

TV

Enginee

ring

8EC2A


able to understand

the basic knowledge of radar working

principle & television working concepts.


upcoming technologies like HDTV, DBS-

TV, 3D-TV.

Ground moving

indicator radar

Digital

television

a,b,c,d,e,f,

k,l

61

MEMS

and

Nanotec

hnology

8EC3A

t the end of the course a student will be

able to

Learn to use MEMS for simulation and

synthesis.

Understanding of advanced Nano-Particle

features.

Learn design and Fabrication Technique.

Understanding of modern Electro -

Mechanical Micro System.

Learn their Electrical, Magnetic,

Mechanical and Optical Properties

andApplications

. Micro-Sensor

working and

demonstration.

2. Micro-

Actuator’s

working and

demonstration

a,b,c,d,e,j,

k,l

62 MEMS

and

Nanotec

hnology

8EC3A 1. Students are able to understand the

generation of electrical energy through

various methods.

2. Students are able to understand the

theoretical and practical knowledge base

in extra high voltage field and how to use

electric power with efficient manner.

3. Students are able to purse his study in

advanced techniques of transmission of

the electricity.

Fact Devices-

UPFC

A,e,h,l

63 Operati

ng

System


able to understand about:

History, Operating system services, types,

responsibilities, generations, LINUX,

WINDOWS.

Operations on process, Process state,

Scheduling, Criteria, responsibilities,

generations, LINUX, WINDOWS.

Introduction to

Robotics

Program to design

Logic gates,

Program to design

digital circuits,

Introduction to

FPGA

Architecture,

VLSI in

Industries

a,b,l

64 RF

Fabricat

ion Lab


able to

Understand and implement the

Maxwell’s Equations in Electromagnetic

field theory

Understand and analyze the Boundary

conditions for different mediums i.e.

Dielectric to Dielectric, Dielectric to

Acquire

knowledge about

the Transmission

lines for various

frequencies.

Analyze basic

transmission line

b,c,e,j

conductor interfaces.

1. Understand and analyze the various

parameters and characteristics of the EM

Waves

parameters in

phasor domain.

Understand the

smith chart

65 Industri

al

Economi

cs &

Manage

ment


able to understand followings:


Organizational forms.

1. Students have the knowledge of

Principles of management and Labour

Legislations

Review of quality

and environment

standards

d,f,g,I,j

66

VLSI &

Optical

Fiber

Lab

8EC7A


able to understand followings:


optical communication system & VLSI

Design.

The knowledge of VLSI & ofc Lab helps

the students to perform various experiments

in laboratories which will help in



modern upcoming technologies in optical

Communication and VLSI

Review of

advanced optical

communication

systems.

2. Review of

advanced light

source and

detectors.

3. Technical

specific Design of

digital Circuits

a,b,e

67

Project -

II

8EC8A

The student should –

1.be able to apply the relevant knowledge and

skills, which are acquired within the

technical area, to a given problem within

given constraints, even with limited

information, independently analyze and

discuss complex inquiries/problems.

2.be able to handle larger problems on the

advanced level within the technical area -

Reflect on, evaluate, and critically assess

one’s own and others’ scientific results.

3.be able to document and present one’s own

work, for a given target group, with strict

requirements on structure, format, and

language usage.

4.be able to identify one’s need for further

knowledge and continuously develop one’s

own competencies.

Different

Programming

Languages. E.g.

C++, Java.

a,b,c,d,e,

f,g,h,i,j,

k,l,m

68

Seminar 8EC9A

Ability to demonstrate the use,

interpretation and application of an

appropriate international engineering

standard in a specific situation.

Ability to analyse a given engineering

problem, identify an appropriate problem

solving methodology, implement the

methodology and propose a meaningful

Latest trends in

the field of

electronics

a,b,c,e,l

solution.

Ability to apply prior acquired knowledge in

problem solving.

Ability to identify sources of hazards, and

assess/identify appropriate health & safety

measures

Documents

Global Institute of Technologygitjaipur.com/wp-content/uploads/2018-19.pdfVision and Mission Of Department of Electronics & Communication Engineering Vision ... BSNL (JTO), DRDO, DMRC