Capital University of Science and Technology, Islamabad
Department of Electrical and Computer Engineering
2.4 Road Map BS Electrical & Computer Engineering Program Batch-2023- onwards
EE3713:Engineering
Communication
Systems
Each candidate for the BS Electrical
degree is required
to complete successfully 136 credit
hours (Cr. Hrs.) as per the following details:
Pre-requisite(s):
EEG2523: Probabilty and Statistics
Area
(1) Hours:
General Education Courses
Credit
Cr. Hrs.
EE2613: Signals and Systems
3
38
(2) No.Disciplinary
or Major Courses 48
Total
of Lectures:
75
Recommended
Book(s):/ Allied Courses
Modern Digital and Analog Communication Systems14
Authors:
(3) Interdisciplinary
B. P. Lathi Publisher: Oxford University Press Ed: 4th , 2009
(4)
Field Experience / Internship
Reference Book(s):
(5)
Capstone / Design Project
(6)
Community Service
Total
03
Communication Systems Engineering by J. G. Proakis and M.
06
Salehi, Pearson, 2nd Ed, 2002
005th Ed,
Communication Systems by Simon Haykin, Wiley,
2009
136
(1) General Education Courses (38 Cr. Hrs.)
Course
Description:
Course Title
Code
Cr. Hrs.
The basic objective of this course is to provide basic knowledge of major components of a communiCalculus and Analytical Geometry
EEG1513
3
cation system. It will help students understand the basics of signal and representation of signals by
ProbabilityFourier
and Statistics
EEG2523
3
trigonometric
series, signal transmission and analysis, Fourier
transforms and their properties.
It will
enhance
students’ knowledge about random noise processes.
It will give them a2 detailed
Applied
Physics
EEG1312
knowledge of modulation ad demodulation, analogue modulation techniques, carrier recovery schemes
Applied Physics Lab
EEG1311
1
and phase-locked loops (PLLs). It will provide the knowledge of sampling theorem and reconstrucEEG1133
3
tion Functional
of signals.English
Also, an introduction to information theory, source
coding, channel capacity,
and
communication
channel models shall be discussed.
Expository Writing
EEG1113
3
Course
Learning
Islamic Studies/
Ethics Outcomes:
EEG1012
2
At the
end of and
thisConstitution
course, theof
students
Ideology
Pakistanshould be able to:
EEG1022
2
No.
Description
Personal
Grooming
Taxonomy
EEG1212
Sociology
EEG1412
Level
C2
CLO:1
Comprehend the basic concepts of Analog and DigApplications
Information and Systems.
Communication Technologies EEG1612
italofCommunication
CLO:2
Analyze
the behavior
Amplitude and
Phase mod- EEG1611
C4
Applications
of Information
and of
Communication
Technologies
ulated signals in both time and frequency domain.
Lab
CLO:3 Design the basic structures of AM, MQAM, MPSK
C5
and FM transmitters and receivers.
Course Outlines: Semester VI
Approved in 29th BoS
PLOs
2
2
PLO:1 (Engineer2
ing Knowledge)
PLO:2 (Problem
Analysis) 1
PLO:3 (Design/
Development of
Solutions)
192
Capital University of Science and Technology, Islamabad
Department of Electrical and Computer Engineering
Course
Contents:
2.4 Road
Map BS Electrical & Computer Engineering Program Batch-2023- onwards
Each
candidate for the BS
Electrical Engineering degree is required to complete successfully 136 credit
1. Communications
Fundamentals
hours (Cr. Hrs.) as per the following details:
• Introduction to communication systems, analog and digital messages, SNR, channel BW,
modulation
Area
Cr. Hrs.
Sampling
theorem
and reconstruction of signals
(1) •General
Education
Courses
38
Quantization:
Uniform
& non-uniform
(2) • Disciplinary
or Major
Courses
75
Introduction to/ Allied
signals,
size of a signal, signals and vectors, orthonormal basis14function,
(3) • Interdisciplinary
Courses
(4)
waveform synthesis, waveform analysis and signal representation
Field Experience / Internship
03
• Analysis and transmission of signals, Fourier transform and its properties, energy and
(5)
Capstone / Design Project
06
power, power spectral density
(6) • Community
Frequency Service
bands, radio systems and broadcast systems
00
Total
136
2. Review of the Theory of Probability and Random Processes and Probabilistic Modelling of
AWGN
(1) General Education Courses (38 Cr. Hrs.)
Title Modulation
3.Course
Baseband
Code
Calculus and Analytical Geometry
EEG1513
3
Probability and Statistics
EEG2523
3
4. Amplitude Modulation
Cr. Hrs.
• Double Sideband Suppressed Carrier Amplitude Modulation (DSB-SC-AM)
Applied Physics
EEG1312
2
Applied Physics Lab
EEG1311
1
Functional English
EEG1133
3
Expository Writing
EEG1113
3
Islamic Studies/ Ethics
EEG1012
2
Ideology and Constitution of Pakistan
EEG1022
2
Personal Grooming
– Single Sideband (SSB)
EEG1212
2
Sociology– Vestigial Sideband (VSB)
EEG1412
2
of Information
Communication
Technologies
5.Applications
Quadrature
Amplitudeand
Modulation
(QAM)
EEG1612
2
• Conventional Amplitude Modulation (DSB-AM)
• Single Sideband Amplitude Modulation (SSB-AM)
• Frequency Mixer/converter
• Demodulation of AM
• Types of Modulator and Demodulator
– Double Sideband (DSB)
Applications of Information and Communication Technologies EEG1611
• In phase and Quadrature phase components
Lab
1
• Constellation diagrams
• QAM transmitter and receiver design
6. Signal Recovery Techniques
• Carrier Acquisition
Course Outlines: Semester VI
Approved in 29th BoS
193
Capital University of Science and Technology, Islamabad
Department of Electrical and Computer Engineering
• Phase Locked Loop (PLL)
2.4 Road Map BS Electrical & Computer Engineering Program Batch-2023- onwards
• Composite
Signal (Television
Broadcasting)
Each candidate
for theVideo
BS Electrical
Engineering
degree is required to complete successfully 136 credit
• AM
receiver
hours (Cr.
Hrs.)
as per design
the following details:
7. Angular/Exponential
Modulation
Area
Cr. Hrs.
(1) •General
Education
Courses
Bandwidth
of Angle-Modulated
Waves
38
(2) • Disciplinary
Courses
GenerationorofMajor
FM Waves
75
(3) • Interdisciplinary
Demodulation /ofAllied
FM Courses
14
(4) • Field
Experience
/ Internship
Interference
in Angle-Modulated
Systems
03
FM Receiver
design
(5) • Capstone
/ Design
Project
06
Community
Service
8.(6)Digital
Phase Modulation
00
Total
136
• Phase Shift Keying (PSK)
• Binary Phase Shift Keying (BPSK)
(1) General Education Courses (38 Cr. Hrs.)
• Quadrature Phase Shift Keying (QPSK)
Course Title
Code
Calculus and Analytical Geometry
EEG1513
3
Probability
and Transmitter
Statistics
• MPSK
and Receiver design
EEG2523
3
Applied Physics
EEG1312
2
Applied Physics Lab
EEG1311
1
EEG1133
3
EEG1113
3
EEG1012
2
EEG1022
2
Personal Grooming
EEG1212
2
• Measures of Information
Sociology
EEG1412
2
• Shannon’s
Theoremand Communication Technologies
Applications
of Information
EEG1612
2
• M-ary PSK
• MPSK Constellation Diagrams
9. Introduction to Pulse Modulation
• Pulse Code Modulation (PCM) and line coding
Functional English
• Pulse Amplitude Modulation (PAM)
Expository Writing
• Pulse Width Modulation (PWM)
Islamic Studies/ Ethics
Cr. Hrs.
• Pulse Position Modulation (PPM)
Ideology and Constitution of Pakistan
10. Introduction to Information Theory
• Channel
Capacity Concept
Applications
of Information
and Communication Technologies EEG1611
Lab • Introduction to Source Coding
1
• Variable Length Coding (Huffman Coding)
Course Outlines: Semester VI
Approved in 29th BoS
194