ME ELECTRICAL ENGINEERING
The Master of Engineering in Electrical Engineering at DHA Suffa University, Karachi, provides advanced knowledge and research opportunities in electrical systems. Students develop specialized skills for leadership and innovation in the field.
Introduction
The Department of Electrical Engineering offers Masters in Electrical Engineering Program requiring the student to complete 30 credit hours of graduate studies which include: Coursework, 24 Credit Hours, Thesis Research, 6 Credit Hours. ME Electrical Engineering program requires the students to complete a small set of core courses and allows them to choose most of the remaining courses from the advanced elective courses offered.
FACULTY
The Department of Electrical Engineering has highly qualified faculty possessing foreign qualifications with vast experience of teaching and research in leading universities. Most of them also have rich experience of working for the industry. The faculty of EE is actively engaged in developing solutions for the present problems using futuristic concepts through research projects that have great potential for local and overseas funding and grants. Students also get the opportunity to work on these projects under the supervision of the faculty.
Labs
Electrical Engineering Laboratories at DSU are state-of-the-art and have been established with the aim of giving students hands-on experience of embedded systems, data acquisition, feedback control, communication systems and electrical power systems. The Labs of the EE Department are well equipped with the latest test & measurement and computing equipment to make students appreciate the real essence of Electrical Engineering design. The Laboratories in Electrical Engineering Department include:
Accreditations
All DSU Electrical Engineering programs enjoy comprehensive recognition by HEC and approval by PEC and DSU is committed to working together with HEC and PEC at all levels in an effort to improve the quality of education imparted in the country.
Careers
The Electrical Engineering program of DSU offers its students four specialization streams, namely Power Systems, Telecommunication, Computer Systems and Electronics. The specialization streams will provide DSU graduates an opportunity to pursue careers as members of design or support engineering teams for industrial and business organizations nationally and globally in their chosen stream of Electrical Engineering. This program also enables them to undertake research work at ME and PhD level.
Industrial Liaison
Statutory bodies of DHA Suffa University include professionals from industry and technical heads of various engineering organizations established across the region. The purpose of our mutual collaboration is to work towards faculty support, student exposure to industry, technology incubation, internships & placements, mutual work study exercises and staff training, in an effort to bridge the gap between academia and industry.
Eligibility Criteria
- Sixteen years of schooling or 4-years education after HSSC/Grade 12 equivalent in a relevant field of study will be required for admission in the Masters program
- The applicant must pass the NTS GAT General Test with a minimum score of 50% or other such equivalent test acceptable as per HEC guidelines
Note:
Failures and students appearing for improvement exams are not eligible to apply for admission.
Required Documents
Following documents must accompany the application on the prescribed form
- Transcripts/Marks Sheet of past academic record
- NTS/GRE/Equivalent Score Card (if applicable)
- Copy of CNIC
- One passport size photograph with white background
- PEC Registration Certificate (For Engineers Only)
Semester-1
| S.NO | COURSE TITLE | CH |
|---|---|---|
|
1 |
Compulsory 1- Mathematics |
3 |
|
2 |
Compulsory 2- Specialization |
3 |
|
3 |
Elective 1-Specialization |
3 |
|
4 |
Elective 2-Specialization |
1 |
Semester-2
| S.NO | COURSE TITLE | CH |
|---|---|---|
|
1 |
Compulsory 3- Specialization |
3 |
|
2 |
Compulsory 4- Specialization |
3 |
|
3 |
Elective 3 – General |
3 |
|
4 |
Elective 4 – General |
3 |
Semester-3
| S.NO | COURSE TITLE | CH |
|---|---|---|
|
1 |
Thesis* |
6 |
|
|
OR |
OR |
|
|
Elective 5 – Specialization** |
3 |
|
|
Elective 6 – Specialization** |
3 |
- Specific to Research work
- Specific to Coursework
ME (Electrical) Coursework – Core Courses
The core courses of the ME (EE) Program are:
- Advanced Mathematical Techniques
- Advanced Computing and Simulation Techniques
- Research Methodology
ME Thesis
- In addition to the three core courses, each ME (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.
Elective Courses for ME in Electrical Engineering
| AREA | COURSE TITLE | |
|---|---|---|
|
Power Systems
Engineering |
Advanced High Voltage Engineering |
Power System Circuit Breakers and Sub-stations |
|
Power System Modeling and Analysis |
Advanced Power System Transmission |
|
|
Power System Distribution |
Power System Reliability |
|
|
Advanced Power System Protection |
Insulation Coordination in Power Systems |
|
|
Power Generation Economics |
Power System Restructuring |
|
|
Energy Management Advanced |
Power System Stability |
|
|
Power Quality |
Renewable Energy Systems |
|
|
Distributed Generation Condition |
Monitoring Techniques |
|
|
Control of DC Machines and Drives |
Control of AC Machines and Drives |
|
|
Power Electronics Devices and Converters |
Modeling and Simulation of Converters |
|
|
Switch-Mode Power Supplies |
Modeling and Simulation of Electrical Machines |
|
|
Special Electrical Machines |
Advanced Electrical Machine Design |
|
|
Control Engineering |
Linear Control Systems |
Non-Linear Control Systems |
|
Linear Multi variable Control Theory |
Control System Optimization |
|
|
Optimal Control Systems Random |
Variables and Stochastic Processes |
|
|
Stochastic Processes in Electrical |
Engineering Estimation Theory |
|
|
Adaptive Control Systems |
Stochastic Control |
|
|
Digital Control Systems |
Dynamics of Robots |
|
|
Introduction to Chaos Theory |
Chaos Theory & Fractals |
|
|
Linear Control Systems |
Digital Control |
|
|
Non-linear Control Systems |
Optimal Multi variable Control |
|
|
Robust Control |
System Identification |
|
|
Adaptive Filter Theory |
Detection & Estimation |
|
|
Filtering & Tracking |
Fuzzy Control |
|
|
Electronics and Embedded Sytems |
Semiconductor Device Physics |
Semiconductor Processing |
|
Linear Control Systems |
Electromagnetic Field Analysis |
|
|
Stochastic Systems |
Quantum Mechanics |
|
|
Microwave Devices |
Solid State Electronics |
|
|
Non-Linear Control Systems |
Thin Film Processing |
|
|
Radiating Systems & Antennas |
Photonic Devices |
|
|
Thin Film Characterization |
Organic Electronics |
|
|
Digital Integrated Circuit Design |
Analog Integrated Circuit Design |
|
|
Telecommunication |
Probability and Random Processes |
Advanced Communication Systems |
|
Advanced Digital Communication |
Information Theory and Coding |
|
|
Advanced Communication |
Networks Microwave Systems |
|
|
Advanced concepts in Radar Applications |
Global Positioning and Navigation Systems |
|
|
Advanced Digital Signal Processing |
Advanced Mobile Communication |
|
|
Signal Detection and Estimation |
Advanced Optical Communication |
|
|
Advanced Satellite Communications |
Radio wave Propagation |
|
|
Broadband Communication |
Electromagnetic Compatibility |
|
|
Communication Systems and Networks |
Electromagnetic Field Analysis |
Semiconductor Device Physics |
|
Linear Control Systems |
Advanced DSP |
|
|
Stochastic Systems |
Radiating Systems & Antennas |
|
|
Microwave Networks & Passive Components |
Microwave Devices |
|
|
Advanced Computer Networks |
Adaptive Filter Theory |
|
|
Secure Communications |
Advanced Digital Communication |
|
|
Computational E.M. |
Microwave IC Design |
|
|
Real-time DSP |
Spatial Array Processing |
|
|
Filtering & Tracking |
Information & Coding Theory |
|
|
Wireless Communication |
Digital Integrated Circuit Design |
|
|
Stochastic Processes |
Modeling and Simulation |
|
|
Telecommunication Network Operations |
Signal Processing Applications in Reconfigurable Architecture |
| PROGRAM | ONE TIME CHARGES (ONLY IN 1ST SEMESTER FEES) | PER SEMESTER | ||||
|---|---|---|---|---|---|---|
|
|
ADMISSION FEE |
CAUTION MONEY(REFUNDABLE) |
IT CHARGES |
MISC. CHARGES
|
LAB CHARGES(PER CREDIT HOUR)
|
TUITION FEE (PER CREDIT HOUR)
|
|
ME(Electrical) |
15,000 |
10,000 |
5,500 |
6,850 |
– |
5,100 |
| PROGRAMS | 1ST SEMESTER FEE AMOUNT | SEMESTER FEE (WITHOUT ADM & C/ MONEY) | CREDIT HOURS 1ST SEMESTER |
|---|---|---|---|
|
ME(Electrical) |
98,550 |
73,550 |
12 + 0 |
NOTE:
- 80% and above marks in Intermediate 50% discount (subject to maintaining 3 CGPA) in BS Data Science
- 70% to 79.99% marks in Intermediate 40% discount (subject to maintaining 3 CGPA) in BS Data Science
- 25% discount for all Computer Science Department programs offered at DCK Campus
- The University reserves the right to change fee/charges on yearly basis.
- MS/PhD Research Fee will be charged as per credit hour Tuition Fee.
- PhD Comprehensive Examination Fee is RS. 5000/-
- There will be an additional fee for PhD Thesis evaluation by foreign evaluators.
- Advance Tax (under section 236-I) shall be collected @ 5% on the entire amount of fee (if the student’s payable fee exceeds Rs. 200,000/- per annum, excluding the amount refundable).
