Brief introduction of the program and date of commencement
The Doctor of Philosophy (PhD) program in Electrical Engineering aims to prepare graduates for industrial or academic research in the fields of Communication, Electronics, and Power Engineering. The program focuses on producing skilled researchers who can contribute in technological advancements and propose solutions to challenges faced by the practitioners and researchers of the field. Tentatively, the program will commence from the semester, Fall 2022.
Educational objectives of the program
The PhD in Electrical Engineering will strive to provide a conducive environment for independent and/or collaborative research. The objectives of the program are:
- to equip scholars with necessary knowledge, relevant tools and techniques so that they can significantly contribute in the field of study by conducting quality research
- to prepare scholars so that they can effectually disseminate results in form of written and oral presentation
- to produce skilled professionals who can take up the challenges associated with the advancement of engineering and technology in industry or in academia
Learning outcomes of the program
PhD scholars who successfully complete their PhD in Electrical Engineering will be able to:
- Perform advance research that is grounded in theory, practice and further extends the existing research in the field
- Communicate effectively both in oral and written formats to a diverse audience
- Produce quality research that have a positive impact toward the welfare and betterment of society
- Collaborate with the peers in the domain of Electrical Engineering to integrate diverse perspectives
Curriculum of the program
The PhD Electrical Engineering program will have the following streams:
- Telecom engineering
- Electronics engineering
- Power engineering
Course Code Methodology
- 1st digit, which is fixed as 9 represents that the course is designed for the PhD degree.
- 2nd digit represents the specialization stream.
- 3rd and 4th digits represent the course number.
The proposed list of courses for the PhD Electrical Engineering program in different specialization streams is given below:
Communication | |||
S.No. | Type | Code | Course Title |
01 | Core | EE9101 | Advanced Digital Signal Processing |
02 | Core | EE9102 | Advanced Communication Systems |
03 | Elective | EE9103 | Advanced Optical Communication |
04 | Elective | EE9104 | Digital Communications |
05 | Elective | EE9105 | Advanced Computer Networks |
06 | Elective | EE9106 | Secure Communications |
07 | Elective | EE9107 | Information & Coding Theory |
08 | Elective | EE9108 | Electromagnetic Field Analysis |
09 | Elective | EE9109 | Mobile and Satellite Communications |
10 | Elective | EE9110 | Cryptography and Security |
11 | Elective | EE9111 | Telecommunication Network Operations |
12 | Elective | EE9112 | Communication Signal Processing |
13 | Elective | EE9113 | Wireless Sensor Networks |
14 | Elective | EE9114 | Wireless Communication |
15 | Elective | EE9115 | Special Topics in Communication |
Power | |||
S.No. | Type | Code | Course Title |
01 | Core | EE9201 | Power System Operation, Control, and Optimization |
02 | Core | EE9202 | Smart Grid Architecture |
03 | Elective | EE9203 | Advanced Power System Analysis |
04 | Elective | EE9204 | Power Generation, Transmission and Distribution |
05 | Elective | EE9205 | Electric Power Quality |
06 | Elective | EE9206 | Computer Modelling of Electrical Power Systems |
07 | Elective | EE9207 | Advanced Power System Protection |
08 | Elective | EE9208 | Renewable Energy Systems |
09 | Elective | EE9209 | Energy Management |
10 | Elective | EE9210 | High Voltage Engineering |
11 | Elective | EE9211 | Electric Power Markets |
12 | Elective | EE9212 | Energy Economics and Policy |
13 | Elective | EE9213 | Advanced Power Electronics |
14 | Elective | EE9214 | Power System Reliability |
15 | Elective | EE9215 | Applications of Convex Optimization in Power Systems |
16 | Elective | EE9216 | Special Topics in Power |
Electronics | |||
S.No. | Type | Code | Course Title |
01 | Core | EE9301 | Semi-Conductor Materials and Technologies |
02 | Core | EE9302 | Advanced Integrated Circuit Design |
03 | Elective | EE9303 | Advanced VLSI |
04 | Elective | EE9304 | FPGA Based System Design |
05 | Elective | EE9305 | Photonic Devices |
06 | Elective | EE9306 | Signal Processing Applications in Reconfigurable Architecture |
07 | Elective | EE9307 | Advanced Nano Technology |
08 | Elective | EE9308 | Automotive Electronics |
09 | Elective | EE9309 | Image, Video, and Multimedia |
10 | Elective | EE9310 | Sensor System Technology |
11 | Elective | EE9311 | Pattern Recognition |
12 | Elective | EE9312 | Multimedia Data Compression |
13 | Elective | EE9313 | Advanced Computer Graphics |
14 | Elective | EE9314 | Speech Processing |
15 | Elective | EE9315 | Embedded Systems |
16 | Elective | EE9316 | Special Topics in Electronics |
Shared Courses | |||
S.No. | Type | Code | Course Title |
01 | Core | EE9401 | Research Methodology |
02 | Elective | EE9402 | Stochastic Processes |
03 | Elective | EE9403 | Advanced Engineering Mathematics |
04 | Elective | EE9404 | Linear Control Systems |
05 | Elective | EE9405 | Non-Linear Control Systems |
06 | Elective | EE9406 | Machine Learning |
07 | Elective | EE9407 | Artificial Intelligence |
08 | Elective | EE9408 | Computer Communication Networks |
09 | Elective | EE9409 | Digital Image Processing |
10 | Elective | EE9410 | Mobile & Wireless Communication |
11 | Elective | EE9411 | Antenna & Microwave Engineering |
12 | Elective | EE9412 | Probability and Random Processes |
13 | Elective | EE9413 | Adaptive Filter Theory |
14 | Elective | EE9414 | Digital Image Processing |
Entry/Admission requirement
It is proposed that the following eligibility criteria will be adopted for admission in the PhD program:
- 18 years of education or equivalent Master/M.Sc./MS in relevant field from HEC recognized university with at least first division (annual system) or 3.00 CGPA out of 4.00.
- GAT Subject with 60% or GRE International with a 60th-percentile score or 60% UGAT test conducted by the university.
Duration and Scheme of Studies for the program
The time allowed for the completion of the degree is in accordance with the HEC policy i.e. minimum 3 years and maximum 8 years. The PhD program consists of 18 credit hours of course work and 24 credit hours of research work. Coursework should be completed in the first two semesters. After successful completion of coursework, a PhD scholar is required to appear in the comprehensive examination. After passing comprehensive examination PhD scholar can register in the research phase by registering PhD Thesis.
The first milestone in research phase is to prepare and submit a research Proposal under the guidance of a supervisor. The scholar will appear before a panel of examiners to defend the research proposal. After successful defense, the scholar will carry out his/her research and complete total 24 credits of research. The scholar will present the research finding in the form of a written thesis, which shall be evaluated as per HEC and UAJK rules. Scheme of studies for the program is as follows:
Scheme of Studies: PhD (EE) Program | |
Normal Duration | 6-16 semesters |
Taught Courses* | 18 Credit Hours |
Thesis ** | 24 Credit Hours |
Comprehensive Examination (Written and Oral)*** | S/U basis |
Total | 42 Credit Hours |
*The scholar must complete his/her coursework in minimum two semesters.
** The scholar must present a thesis progress report before the evaluation committee.
*** The scholar must pass his/her coursework to appear in comprehensive exam. If failed to do so, he/she can avail another chance. The scholar must clear the comprehensive exam to present his/her thesis proposal. After the acceptance of thesis proposal by the evaluation committee, the scholar can officially start his/her research.