Bachelors in Electrical Engineering

Programme Description

The programme is designed to meet the dictates of modern trends in the field of electrical technology, encompassing a wider technological perspective. The element of electrical power enables the graduate engineer to effectively take on jobs in power generation and distribution sector. With a significant design element of 6 credit hours for project work, students are able to apply their theoretical knowledge in research and development activities.
Associated Careers

Electrical Engineering at NUST opens up numerous career paths for graduates. Students holding this degree have access to various opportunities to commence their careers as design engineers, production managers, plant engineers, and quality engineers for various private/government engineering organisations.
Scheme of Studies


Programme Code: 401



Semester-I

Course Code
Course Title
Credits

GS-101
Applied Chemistry
2-1

GS-102
Engineering Physics
2-0

GS-103
Calculus and Analytical Geometry
3-0

CS-111
Introduction to Computers
2-1

CE-111
Basic Civil Engineering
2-0

HS-101
Islamic Studies/Ethical Behaviour
2-0

HS-102
Pakistan Studies
2-0


Total
15-2


Semester-II

Course Code
Course Title
Credits

EE-121
Basic Electrical Engineering
3-1

ME-110
Thermodynamics-1
3-0

ME-121
Engineering Mechanics
3-0

ME-140
Engineering Practice-1
1-1

GS-104
Linear Algebra/Vector Calculus & Tensor Analysis
2-0

GS-106
Ordinary & Partial Differential Equation
3-0

HS-103
Communication & Interpersonal Skills
2-0


Total
17-2



Semester-III

Course Code
Course Title
Credits

EL-211
Semiconductor Materials, Devices & Circuits
3-1

EE-214
Network Analysis I
2-0

CS-211
Algorithm & Computing
3-1

CS-212
Digital Logic Design
3-1

ME-141
Computer Aided & Engineering Drawing
0-2

GS-202
Complex & Fourier Analysis
3-0


Total
14-5


Semester-IV

Course Code
Course Title
Credits

EL-221
Electronic Devices and Circuits
3-1

EE-221
Network Analysis II
2-0

EE-222
Electromagnetic Field Theory
3-0

EE-224
DC Machines and Drives
2-1

CS-222
Microprocessor Architecture & Programming
3-1

GS-203
Probability and Statistics
2-0


Total
15-3



Semester-V

Course Code
Course Title
Credits

EL-311
Integrated Circuits
3-1

EL-312
Wave Propagation and Antennas
2-1

EE-213
AC Machines and Drives
3-1

EE-311
Signals and Systems
3-0

CS- 311
Microcontroller-based Systems
2-1

GS-302
Numerical Methods
1-1


Total
14-5


Semester-VI

Course Code
Course Title
Credits

EE-325
Power Transmission
3-0

EL-323
Microwave Engineering
3-1

EE-321
Control Systems
3-1

EL-313
Instrumentation and Measurement
3-0

EE-323
Power Electronics
3-1

HS-301
Technical/Business Writing
1-0


Total
16-3



Semester-VII

Course Code
Course Title
Credits

EE-499
Design Project
0-0

EE-414
Power Distribution and Utilisation
2-1

EE-411
Power System and Analysis
2-0

HS-401
Engineering Economics
2-0


Elective I
3-1


Elective II
3-1


Total
12-3


Semester-VIII

Course Code
Course Title
Credits

EE-499
Design Project
0-6

EE-421
Power System Protection
3-0

HS-402
Planning & Engineering Project Management
2-0

HS-403
Professional Ethics
1-0


Elective III
2-0






Total
8-6



Elective Courses

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Course Code
Course Title
Credits

EE-322
DSP and Filter Design
3-1

EE-414
Machine Design and Equipment Training
3-1

EL-413
Industrial Electronics
3-1

EE-424
Principal of Digital Communications
3-1

EE-425
Power System Operation and Control
2-0

EE-426
High Voltage Engineering
2-0

EE-427
Power Generation
2-0

EL-323
Microwave Engineering
3-1

EE-413
Advanced Control Systems
3-1

EE-422
Telecommunication Engineering
3-1

EE-423
Satellite Communications
3-0

CS-411
Digital System Design
3-1

CS- 412
Artificial Intelligence & Decision Support Systems
3-1

HS-404
Elements of Business
3-0

HS-405
Entrepreneurship
3-0