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Bachelor of Science in Telecommunication Engineering
Program Overview:-
This discipline has existed in many universities for a very long time. Its popularity as an undergraduate engineering specialization is, however, quite recent. it is observed that although undergraduate specialization in telecommunication engineering is marketed with great fanfare, many universities offer only a few specialized courses in this area. With the advancement of digital communication and a rapid growth in information technology and telecommunication sector, a new industrial base has sprung up which requires engineers with more specialized skills in this area. This new industry base includes the traditional wired communication companies, mobile and cellular companies, wired local loop operators, and cable and broadband communication companies
Keep in mind demand of this new industry base, the degree includes latest digital technologies as well as traditional communication techniques. For the graduates to have deeper understanding and appreciation for all or some of the above mentioned industries further sub-specializations should be offered as electives. The sub- specializations options may includes optical communication systems, wireless communication systems and radar, navigational aids and television technologies.
Program at a glance:-
- Four-years program (Eight Semesters)
- 139 credit hours
- Offered both in Spring and Fall semesters
- Eligibility Criteria: Intermediate or equivalent with physic, mathematics,
chemistry, /computer science/ computer studies / DAE in the relevant field with
minimum 60% marks, from an accredited institution.
Admission:-
- Eligibility criteria for admission to BS (TE) program will be Intermediate or equivalent
with physic, mathematics, chemistry, /computer science/ computer studies / DAE in the relevant field with minimum 60% marks, from an accredited institution.
- After the last date of submission of Admission Forms, entrance test will be conducted
by NTS according to the admission schedule. All admissions shall be regulated on
the basis of merit determined by combining the weighted marks obtained in the entrance
test with the weighted marks earned in the previous public examinations.
- Weighted criteria will be as follows:-
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Matric |
10 % |
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Intermediate |
40 % |
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Entrance Test |
50% |
- For more information related to admission, click here
Curriculum:-
|
Semester 1 |
|
Course Code |
Course Title |
Credit Hours1 |
Prerequisite(s)† |
|
HUM100 |
English Comprehension and Composition |
3(3,0) |
|
|
HUM110 |
Islamic Studies |
3(3,0) |
|
|
PHY121 |
Applied Physics for Engineers |
4(3,1) |
|
|
MTH101 |
Calculus –I |
3(3,0) |
|
|
EEE113 |
Engineering Drawing |
1(0,1) |
|
|
EEE112 |
Engineering Mechanics and Thermodynamics |
3(3,0) |
|
|
|
|
17(15, 2) |
|
|
Semester 2 |
|
Course Code |
Course Title |
Credit Hours1 |
Prerequisite(s)† |
|
HUM111 |
Pakistan Studies |
3(3,0) |
|
|
MTH102 |
Calculus – II |
3(3,0) |
MTH101 |
|
MTH231 |
Linear Algebra |
3(3,0) |
|
|
CSC141 |
Introduction to Computer Programming |
4(3,1) |
|
|
EEE121 |
Electric Circuits Analysis – I |
4(3,1) |
MTH101,PHY121 |
|
|
|
17(15,2) |
|
|
Semester 3 |
|
Course Code |
Course Title |
Credit Hours1 |
Prerequisite(s)† |
|
MTH203 |
Calculus – III |
3(3,0) |
MTH102 |
|
MTH242 |
Differential Equations |
3(3,0) |
MTH102 |
|
EEE241 |
Digital Logic Design |
4(3,1) |
|
|
EEE231 |
Electronics – I |
4(3,1) |
EEE121 |
|
CSC241 |
Object Oriented Programming |
4(3,1) |
CSC141 |
|
|
|
18 (15,3) |
|
|
Semester 4 |
|
Course Code |
Course Title |
Credit Hours1 |
Prerequisite(s)† |
|
MTH263 |
Probability Theory and Random Variables |
3(3,0) |
MTH203 |
|
EEE261 |
Electromagnetic Theory |
3(3,0) |
MTH203 |
|
EEE222 |
Electric Circuits Analysis – II |
3(3,0) |
MTH242,EEE121 |
|
EEE223 |
Signals and Systems
|
4(3,1) |
MTH242 |
|
EEE375 |
Power Distribution and Utilization |
3(3,0) |
|
|
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16(15,1) |
|
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|
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Semester 5 |
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Course Code |
Course Title |
Credit Hours1 |
Prerequisite(s)† |
|
EEE232 |
Electronics – II |
4(3,1) |
EEE222,EEE231 |
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EEE371 |
Electric Machines |
4(3,1) |
EEE222,EEE261 |
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CSC112 |
Algorithms and Data Structures |
4(3,1) |
CSC141 |
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EEE324 |
Digital Signal Processing |
4(3,1) |
EEE223 |
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EEE352 |
Analog Communication Systems |
4(3,1) |
EEE223,MTH263 |
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20(15,5) |
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Semester 6 |
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Course Code |
Course Title |
Credit Hours1 |
Prerequisite(s)† |
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ECO300 |
Engineering Economics |
3(3,0) |
|
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EEE325 |
Control Systems |
4(3,1) |
EEE223,EEE232 |
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EEE342 |
Microprocessor Systems and Interfacing |
4(3,1) |
EEE241 |
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EEE314 |
Data Communication and Computer Networks |
4(3,1) |
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EEE463 |
Antenna and Radio Wave Propagation |
4(3,1) |
EEE261 |
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18(15,3) |
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Semester 7 |
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Course Code |
Course Title |
Credit Hours1 |
Prerequisite(s)† |
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HUM102 |
Report Writing Skills |
3(3,0) |
HUM100 |
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Major/Specialization Elective I |
3(3,0)/4(3,1) |
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Non-Engineering Elective |
3(3,0) |
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EEE490 |
Final Year Project (Part-I)** |
1(0,1) |
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EEE353 |
Digital Communication Systems |
4(3,1) |
EEE352 |
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14-15(12,2-3) |
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Semester 8 |
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Course Code |
Course Title |
Credit Hours1 |
Prerequisite(s)† |
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MGT462 |
Project Planning and Management |
3(3,0) |
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Major/Specialization Elective II |
3(3,0)/4(3,1) |
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EE Open/Free Elective*** |
3(3,0)/4(3,1) |
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EEE490 |
Final Year Project (Part-II) |
5(0,5) |
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14-16(9,5-7) |
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Grand Total: 134-137 Credit Hours
Bachelor of Science in Electrical Engineering
(BSEE) with Major in Telecommunications Technical Electives****
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Course Code |
Course Title |
Credit Hours1 |
Prerequisite(s)† |
|
EEE354 |
Telecommunication Systems Engineering |
3(3,0) |
EEE352 |
|
EEE362 |
Microwave Engineering |
4(3,1) |
EEE232,EEE261 |
|
CSC341 |
Network Programming |
4(3,1) |
EEE314,CSC141 |
|
EEE454 |
Transmission & Switching Systems |
3(3,0) |
EEE352,EEE353 |
|
EEE455 |
Optical Fiber Communications |
3(3,0) |
EEE232,EEE362 |
|
EEE456 |
Broadband Technologies |
3(3,0) |
EEE314,EEE354 |
|
EEE464 |
Wireless Communication Systems |
3(3,0) |
EEE314,EEE463 |
|
EEE465 |
Microwave & Satellite Communication Systems |
3(3,0) |
EEE353,EEE463 |
|
EEE466 |
Radars and Navigation Aids |
3(3,0) |
EEE463 |
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EEE476 |
Telecommunication Policies Standards & Regulations |
3(3,0) |
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EEE415 |
Digital Image Processing |
4(3,1) |
MTH231,EEE223 |
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