University

NUST
Contact: 021-48503098-31

MS Electrical (Control) Engineering

1. Electronics
o Semiconductor Device Physics
o Quantum Mechanics
o Electronics
o Photonic Devices
o Semiconductor Processing
o Thin Film Processing
o Thin Film Characterization
o Digital Integrated Circuit Design
o Analog Integrated Circuit Design
o RF Transceiver Design
o Optoelectronic Materials and Devices
o Microchip Fabrication Technology
o Advanced Power Electronics
o Physical Electronics
o Electronic Devices
o Microwave Integrated Circuit Design
o Micro-Electro Mechanical Systems
o Power Electronics and Electric Drives
o Nano-electronics
o Advanced Semiconductor Device Theory
o Advanced Topics in Electronics
o Sensors and Transducers
2. Digital & Computer System
o Advanced Embedded System Design
o ASIC Design Methodology
o System on Chip Architecture
o System Level Packaging
o Real Time Systems
o Analog/Digital Circuit Design & IC Design
o Nanotechnology
o Digital Data Acquisition & Control
o Advanced Digital System Design
o Computerized Tomography Systems
o System Validation
o Advanced VLSI Design
o Advanced Computer Architecture

3. Digital & System / DSP

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Advanced Digital Signal Processing
DSP Hardware System Design
Applied Signal Processing
Advanced Digital Image Processing
Computer Vision
Filtering & Tracking
Adaptive Filters
DSP Software System Design
Speech Processing
Time Frequency Analysis
Spatial Array Processing
Multirate Systems and Filter Banks
Advanced Topics in Computer Vision and Image Processing
Advanced Topics in Signal Processing
Pattern Recognition

4. Electromagnetics & Microwave
o Electromagnetic Theory
o Microwave Communication System Design
o Microwave Transmission Lines & Waveguides
o Antennas and Wave propagation
o EMC/EMI
o Advanced Electromagnetic Fields
o Microwave Engineering
o Radiating Systems and Antennas
o Electromagnetic Field Analysis
o Microwave Networks & Passive Components
o RF Circuit Design
o Microwave Devices I
o Microwave Devices II
o Computational Electromagnetics
o RF/Microwave and Antenna Design
o Microwave Devices and Systems
o Advanced Topics in Microwave Engineering
5. Communications / Telecommunications Systems
o Advanced Digital Communication Systems
o Information and Coding Theory
o Advanced Wireless Communication
o Optical Communication Systems
o Error Control Coding
o RF Communication System Design
o Advanced Satellite Communications System
o Communication Project Management
o Performance Evaluation of Communication Networks
o Radar Systems
o Advanced Data Communication Systems
o Software Defined Radio
o Advanced Topics in Communication Systems

6. Electric Machines and Power Systems

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Alternating Current Electrical Machines and Drives
Power System Operation and Control
Power Systems Analysis
Advanced Machines
Power Generation Operation and Control

7. Control Systems
o Linear Control Systems
o Optimal Control
o Fuzzy Control
o Adaptive Control
o Discrete Time Control Systems
o Robotics
o Mobile Robotics
o System Identification
o Robust Control
o Modeling & Simulation of Dynamic Systems
o Advanced Digital Control Systems
o Control System Optimization
o Networked & Embedded Control Systems
o Robust & Multivariable Control Systems
o Optimal & Multivariable Control Systems
o Nonlinear Control Systems
o Advanced Robotics
o Advanced Topics in Control Systems
8. Networks
o Advanced Communication Networks
o Wireless Sensor and Mesh Networks
o Network Performance Analysis
o Cognitive Radio Networks
o Photonic Networks
o Advanced Computer Networks
o Broadband Networks
o Advanced Wireless Networks
o Network Switching and Routing
o Adv Computer Network Design & System Security
o Advanced Topics in Networks
9. Miscellaneous
o Stochastic Systems
o Instrumentation and Systems
o Data Acquisition and Mixed Signal Design
o Detection and Estimation
o Analysis of Measurement Environment
o Electrodynamics of Plasmas
o Cognitive Robotics
o Research Methodology
o MS Thesis
o PhD Dissertation/Thesis

NED
(92-21) 99261261-8

1. Electrical Engineering

2. Electronic Engineering

3. Telecommunications Engineering

FAST

(92-213) 4390941-4

MS Electrical Engineering

MS Computer Networks

BAHRIA
021-111-111-028 021-99240002-6

MS Electrical Engineering
Automation & Control
Computer and Digital Systems
Power Systems
Telecommunications

MS (Telecom & Networking)

HAMDARD
92-21-36440041-42

ME
ME
ME
ME
ME
ME
MS
MS

Communication Systems Engineering
Control & Automation Engineering
Electronics Engineering
Embedded Systems
Power Engineering
Telecommunication Systems
Computer & Communication Networks
Information & Communication Security

IQRA
34800671-4 (GULSHAN)

111-264-264 (Admission Ext. 1025, 1026)

MS in Electronics
MS in Telecommunication

DHA SUFFA UNIVERSITY
+92 21 352 44851-53 +92 21 320 84377

+92 324 2444595

MS Program (Electrical)
Introduction
The Department of Electrical Engineering offers a Master of Science (Electrical
Engineering) degree program requiring the student to complete 30 credit hours of
graduate studies as follows: (a) Core coursework: 9 Credit Hours; (b) Specialization
Courses: 15 Credit Hours and (c) Research Thesis: 6 Credit Hours.
The program is offered as a generalized MS in Electrical Engineering, requiring the
student to complete a small set of required core courses and allowing the student to
choose most of the remaining specialization courses freely from amongst the
advanced elective courses offered by the ME Department

Eligibility:
 The applicant must have a Bachelor’s degree in Electrical Engineering or a
closely related engineering discipline with a CGPA of 2.5/4.0
 The applicant must pass the NTS GAT General Test with a minimum score of
50%
MS (EE) Coursework - Core Courses
The core courses of the MS (EE) Program are:
1. Advanced Mathematical Techniques
2. Advanced Computing and Simulation Techniques
3. Research Methodology

MS Thesis
As part of the requirements for the award of MS (EE) degree the MS student will have
to carry out research work on an approved topic and submit a thesis. The student will
conduct the thesis research under the supervision of an approved Supervisor and
Advisory Committee. The MS Thesis will be evaluated as specified in the DHA Suffa
University Rules and Regulations for Graduate Studies.

MS (EE) Coursework - Elective Courses
In addition to the three core courses, each MS (EE) student at DSU shall choose to
complete five elective courses (15 credit hours) from the graduate courses offered by
the Electrical Engineering Department. Furthermore, out of the five elective courses a
student may opt to take two approved graduate courses offered by other departments
at DSU. The elective courses offered by the Department of Electrical Engineering will
depend on the teaching and research interests of the EE graduate faculty. A tentative
list of sample elective courses that may be offered by the department is given below.