|
Introduction
TOP
The M.Sc programme is well suited to new
graduates, design engineers, as well as managers working in the modern
telecommunication and electronics industries. The advancement in the
telecommunication technology allows people to share information and
improve their life in entertainment, health and commerce. A whole range
of new multimedia services underpins the colossal growth in all these
areas. The rapid growth in mobile phones
and
Internet has caused the huge demand for the 3rd generation wireless
wideband (UMTS), due to be in operation this year in the most of the
Europe & the evolutionary research into broadband (Data Bit Rate> 2Mbps)
wireless communications with optical communication as backbone network.
The courses are tailored to provide an
upto date educational experience and specialist skills to meet the
increasing World Wide demand for high caliber R & 0 and design
specialist in modern telecommunication industry. The contents cover a
wide range of technologies of modern telecommunication systems in
wirless terrestrial and settlite communications. M.Sc.
Telecommunications programme is also aimed at engineers working in the
telecommunication industry who want to update their knowledge of the
technology or change their career emphasis to telecommunications. The
course aims to:
-
Meet relevant national and international
postgraduate education needs of the telecommunication industry.
Develop research skills in a leading edge technology.
-
Develop a high level awareness of the
technical and economic issues associated with the modern
telecommunications industry.
-
Develop an in-depth understanding of the
theory and practice of key specialist topics in communication and
associated signal processing techniques
-
Provide the ability to apply the course
knowledge in an industrial or research setting to a variety of
problems.
Facilities
TOP
Main Computer Lab
 The
Main Computer Lab consists of 60 Latest and state-of-the-art P-IV
computers, designed to give students a hands-on experience under the
supervision of highly skilled instructors. Here each student transfers
the theory into a well-imbibed practical experience. Students are
provided with environment supported by multifarious hardware resources
and offering multiple software platforms, including UNIX, LINUX, WinNT
and Win2000. All the machines are warranted uninterrupted protection by
branded UPS systems. Its purpose is to develop ready-trained electronic
and telecommunication professionals equipped with computing and
programming skills.
Telecommunications Lab
The
Telecommunications Lab is equipped with High Tech Trainers interfaced
with latest P-IV Computer Systems. The Lab is capable of training its
student in latest technologies such as optical communications, microwave
communications, analog communications, digital communications, and
telephony etc. Here students have ample opportunities to have frequent
practical interaction with the readily available equipment, for boosting
their confidence to contribute to the development of telecommunications
and allied technologies.
NETWORKS RESEARCH
LAB
This research lab
centers on teaching students how to design, build, and maintain computer
networks. Consisting of routers, switches and network of computers, the
Laboratory provides learning opportunity to help students prepare
themselves for the 21st Century workplace, while serving students as a
valuable model for e-learning.
ELECTRONICS LAB
This lab is
specially designed to provide an excellent support to courses like
Digital Logic Design, Circuit Analysis, Electronic Devices, Analog
Electronics, and Digital Electronics etc. Device automation interfacing
and robotics related facilities are also available in the Lab.
WIRELESS
COMMUNICATIONS LAB
It focuses on areas
of Mobile & Wireless Networks, Cellular Communications, COMA & allied
technologies, RF Microelectronics, etc. Equipped with the state-of-the-
art Vector Signal Analyser, Spectrum Analysers, COMA Trainer, Cellular
Communications Trainer, Digital Signal Processing Trainer, FPGA/CPLO
Trainer, Digital Signal Generator, 20 P-IV Computers, Logic Trainers and
Microprocessor & Interfacing Trainers, Wireless Communications Lab is
one of the best training facilities in the field of wireless
communications for students of telecommunications in Pakistan.
PROJECT /
RESEARCH LAB
The explosive
advancements in the modes of communication and enhanced functionality
are consequences of research. Keeping that in view, a project/research
lab has been established where students undertake major individual
etectronics & telecommunications related projects, under the supervision
of qualified and professional faculty.
The students are
allowed to enter the Labs only on producing their ID cards. They may
practice and learn or do work/data processing as a part of their regular
academic activities. They may also use the facilities for printing their
term-papers or reports. Each computer terminal is connected to high
performance printer providing orinting facilities to the students.
RAVIAN CYBER
SOCIETY
The society was
established at CASP, GCU in 2001 .The main objective of the society is
to promote education in telecommunications by conducting lectures and
seminars, software competitions, arranging trips to different
telecommunication companies and other educational institutions of
highest repute. The society also intends to start a monthly news letter
Cyber Vision from the current year.
EMAIL & INTERNET
FACILITY
The students have
access to the Internet. It is a very high speed (2 Mbps) link, providing
worldwide electronic mail (e-mail) and Internet services to the
students. This enables them to subscribe to news groups and conferences
on areas of their interest. It covers virtually every conceivable area
of knowledge.
TEACHING &
TECHNICAL ASSISTANCE
The University
believes in the policy of encouraging the hard working and outstanding
students by associating them with the management of the labs or to
assist the faculty, as teaching assistants (TAs). The TAs are normally
appointed for 1 term. The students always take pride in being selected
as TAs.
ACADEMIC FACULTY
The University
professors concentrate on quality teaching. They also excel as scholars
and practitioners in their fields and most of them hold PhD/M. Phil/MS
degrees in their disciplines. They are skilled at marking connections
between theory and practical applications. Accustomed to the students
from all over the world, our professors respect different points of
view, ideas and experience and use this intellectual diversity to add
life to abstract concepts.
FINANCIAL
ASSISTANCE / SCHOLARSHIP PS
Scholarships are
provided after an assessment, based on the needs and merit of the
applicant and no candidate can claim scholarships as matter of right, on
any basis. Scholarships awarded to a student may be cancelled if he is
unable to maintain satisfactory academic performance.
Courses
TOP
BSc
Engineering in Electronics and Telecommunications
|
Year 1 |
|
Course Code |
Course Title |
Credit Hours |
Semester |
|
EETC 1101 |
Calculus and Analytical Geometry |
3 |
I |
|
EETC 1102 |
Basic Electrical Engineering |
4 |
I |
|
EETC 1103 |
Computer Fundamentals |
4 |
I |
|
EETC 1104 |
Communication Skills |
3 |
I |
|
EETC 1105 |
Applied Physics |
4 |
I |
|
EETC 1201 |
Digital Logic Design |
4 |
II |
|
EETC 1202 |
Linear Algebra and Differential Equations |
3 |
II |
|
EETC 1203 |
Pakistan Studies and Islamic Studies/Ethical Behaviour |
3 |
II |
|
EETC 1204 |
Electronics Workshop |
3 |
II |
|
EETC 1205 |
Computer Aided Engineering Drawing |
3 |
II |
|
Year 2 |
|
Course Code |
Course Title |
Credit Hours |
Semester |
|
EETC 2101 |
Semiconductor Materials and Devices |
4 |
III |
|
EETC 2102 |
Electrical Machines |
4 |
III |
|
EETC 2103 |
Complex Variables and Transforms |
3 |
III |
|
EETC 2104 |
Engineering Mechanics |
4 |
III |
|
EETC 2105 |
Electronic Devices and Circuits |
4 |
III |
|
EETC 2201 |
Data Structures and Algorithms |
4 |
IV |
|
EETC 2202 |
Network Analysis |
4 |
IV |
|
EETC 2203 |
Instrumentation and Measurement |
4 |
IV |
|
EETC 2204 |
Electromagnetic Field Theory |
3 |
IV |
|
EETC 2205 |
Engineering Economics |
3 |
IV |
|
Year 3 |
|
Course Code |
Course Title |
Credit Hours |
Semester |
|
EETC 3101 |
Numerical Methods |
3 |
V |
|
EETC 3102 |
Signals and Systems |
4 |
V |
|
EETC 3103 |
Integrated Circuits |
4 |
V |
|
EETC 3104 |
Control Systems |
4 |
V |
|
EETC 3105 |
Microprocessor Architecture and Programming |
4 |
V |
|
EETC 3201 |
Engineering Management |
3 |
VI |
|
EETC 3202 |
Wave Propagation and Antennas |
4 |
VI |
|
EETC 3203 |
Power Electronics |
4 |
VI |
|
EETC 3204 |
Information Theory and Communication Systems |
4 |
VI |
|
EETC 3205 |
Engineering Statistics |
3 |
VI |
|
Year 4 |
|
Course Code |
Course Title |
Credit Hours |
Semester |
|
EETC 4101 |
Analog Filter Design |
4 |
VII |
|
EETC 4102 |
Computer Communication and Networking |
4 |
VII |
|
EETC 4103 |
Digital Signal Processing |
4 |
VII |
|
EETC 4104 |
Digital Communication Systems |
4 |
VII |
|
EETC 4105 |
Microwave Engineering |
4 |
VII |
|
EETC 4201 |
Optical fibre Theory and Techniques |
4 |
VIII |
|
EETC 4202 |
Microprocessor and Microcontroller Applications |
4 |
VIII |
|
EETC 4203 |
Project |
4 |
VIII |
|
EETC 4204 |
Mobile Communication |
4 |
VIII |
|
EETC 4205 |
Satellite Communication Systems |
4 |
VIII |
MSc Telecommunications
|
Year 1 |
|
Course Code |
Course Title |
Credit Hours |
Semester |
|
TC 5101 |
Circuit Analysis |
4 |
I |
|
TC 5102 |
Digital Logic Design |
4 |
I |
|
TC 5103 |
Database Management Systems |
3 |
I |
|
TC 5104 |
Programming Techniques |
4 |
I |
|
TC 5105 |
Engineering Mathematics |
3 |
I |
|
TC 5201 |
Engineering Electronics |
4 |
II |
|
TC 5202 |
Data structures |
3 |
II |
|
TC 5203 |
Analogue Communications |
4 |
II |
|
TC 5204 |
Data Communication & Networks |
4 |
II |
|
TC 5205 |
Computer Architecture |
4 |
II |
|
Year 2 |
|
Course Code |
Course Title |
Credit Hours |
Semester |
|
TC 6101 |
Digital Communications |
4 |
III |
|
TC 6102 |
Assembly Language Programming |
| |