The PhD Electrical Engineering program is offered as per guidelines of Higher Education Commission (HEC). The desirous candidates for PhD program must possess 18 years MS degree with a minimum CPGA of 3.00 out of 4.00. The program comprises 20 credit hours of coursework and 30 credit hours of research and doctorate dissertation. The courses can be selected in consultation with the PhD supervisor from the list of graduate courses.

The completion of coursework is followed by a comprehensive examination for granting PhD candidacy. The PhD dissertation is evaluated by two experts of technologically advanced countries and one local expert. Subsequent to positive evaluation from these experts, the PhD scholar is required to undertake an open defence to fulfil the degree requirements. A minimum residency of two years at the university campus and publishing at least one research paper in an impact factor journal of good repute is also an essential requirement to earn a PhD degree.

Course Facts

Study Level Study Mode Program Length Credit Hours Intake Class Timings 1st Semester Fee
Doctoral Part Time 3 - 5 years 50

Fall Semesters

Spring Semesters

Weekend 54,876

Entry To PhD Electrical Engineering

Eligibility Seats Selection Criteria Scholarships Offered at Start Date Application
18 years of education in relevant discipline with minimum 3.00/4.00 or 70% 05

Academic Qualification: 70%
Test/Interview: 30%

 

Main  Campus
Islamabad

April 2016 Apply Online
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Program Structure

List of Courses
Code Subject Credit Hours
EE-600  Linear Systems 3 + 0
EE-601  Stochastic Processes 3 + 0
EE-602  Modeling and Simulation of Dynamic Systems 3 + 0
EE-610  Advanced Digital Control Systems 3 + 0
EE-611  Embedded Control Systems 3 + 0
EE-612 Linear Multivariable Systems 3 + 0
EE-613  Non-Linear Systems 3 + 0
EE-614  Stochastic Estimation and Control 3 + 0
EE-615  Adaptive Control 3 + 0
EE-616  Optimal Control 3 + 0
EE-617 Intelligent Control 3 + 0
EE-618  Special Topics in Control 3 + 0
EE-619  Robust Control Systems 3 + 0
EE-620  Basics of Inertial Navigation 3 + 0
EE-621  Introduction to Navigation Systems 3 + 0
EE-622  Integrated Navigation Systems 3 + 0
EE-623  Introduction to Guidance & Control of Aerospace Systems 3 + 0
EE-640  Advanced Digital Signal Processing 3 + 0
EE-641  Wavelets and Transform Methods 3 + 0
EE-642  Advanced Digital Image Processing 3 + 0
EE-643  Video Signal Processing 3 + 0
EE-644  Speech Processing and Coding 3 + 0
EE-645  Computer Vision 3 + 0
EE-646  Adaptive Signal Processing 3 + 0
EE-648  Real-Time and Multi-Rate Systems  3 + 0
EE-649  Real-Time System Design and Analysis 3 + 0
EE-650  Biomedical Signal Processing 3 + 0
EE-651  Neural Systems and Networks 3 + 0
EE-652  Detection & Estimation 3 + 0
EE-660  Advanced Optoelectronics 3 + 0
EE-661  ASIC for Digital Signal Processing 3 + 0
EE-662  Advanced Computer Architecture 3 + 0
EE-663  Digital System Design and Microprocessor Architecture  3 + 0
EE-664  Multi-core System Architecture  3 + 0
EE-665 Programming of Multi-core Architectures  3 + 0
EE-666  Advanced Microelectronics 3 + 0
EE-667  Advanced Digital Design  3 + 0
EE-668  Photonic Devices 3 + 0
EE-669  Parallel Programming Models 3 + 0
EE-670  Introduction to Big Data & Deep Learning in HPC 3 + 0
EE-671 Advanced Semiconductor Device Physics 3 + 0
EE-672 Special Topics in Digital Communications 3 + 0
EE-681  Advanced Digital Communication 3 + 0
EE-682  Advanced Mobile & Satellite Communication 3 + 0
EE-683  Advanced Telecommunications Networks 3 + 0
EE-684  Multimedia Communications 3 + 0
EE-685  RF Circuit Theory  3 + 0
EE-686  Advanced Computer Networks 3 + 0
EE-687  Advanced Antenna Theory 3 + 0
EE-688  Secure Communications 3 + 0
EE-689  Engineering Operations 3 + 0
EE-690 PhD Thesis 30