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Eligibility Criteria for Admission

Eligibility criteria is as follows:

  • Candidates must have earned CGPA (Cumulative Grade Point Average) of at least 2.0 (on the scale of 4.0) or 60% marks where CGPA is not applicable. The percentage will only be valid if the CPGA is not mentioned in the degree/ transcript.
  • Bachelor’s degree (16 years of Education) in a relevant discipline (i.e., B.Sc./BS/BE in Electrical/ Electronics/ Telecommunication Engineering) from a program accredited by Pakistan Engineering Council (where necessary) and/or programs recognized by the Higher education Commission (HEC) of Pakistan.
  • Score of at least 50% marks in GRE General Type test, organized by University Appointed Testing Authority (UATA).
  • Candidates shall have to pass departmental subject and UATA test with at least 50% marks. Final merit shall be made based on the combined results of UATA marks and the departmental test.


List of Courses of M.Sc. Electrical Engineering
    • A. Elective (Power Systems and Control Engineering) Core Courses

    Following is the list of mandatory and Elective courses. Students are required to study and pass the following three (03) courses in the Core Courses Domain. Students are also required to study and pass any five (05) courses from the list of electives.

     S.No   Course Code   Course Title Credit Hours
     1   EE-501   Power System Modeling and Analysis 3
     2   EE-502   Advanced Power System Transmission 3
     3   EE-503   Advanced Power System Protection 3
     4   EE-504   Advanced Power System Operation and Control 3
     5   EE-505   Renewable Energy Systems 3
     6   EE-506   Power Electronics Devices and Converters 3
     7   EE-507   Modeling and Simulation of Converters 3
     8   EE-508   Power Quality 3
     9   EE-509   Linear System Theory 3
     10   EE-510   Advanced Control Systems 3
    • B. List of MSc. Core Courses

    Students are required to study and pass any five (05) courses from the list of electives in proportion mentioned in each category below:

    • Elective courses
     S.No   Course Code   Course Title Credit Hours
     1   EE-520   Advanced High Voltage Engineering 3
     2   EE-521   Insulation Coordination in Power Systems 3
     3   EE-522  Advanced Power System Stability 3
     4   EE-523   Modeling and Simulation of Electrical Machines 3
     5   EE-524   Special Electrical Machines 3
     6   EE-525   Advanced Electrical Machine Design 3
     7   EE-526   Smart Grid System Operation 3
     8   EE-527   Power System Reliability 3
     9   EE-528   Control of Electric Machine Drives 3
     10   EE-529   Control of Power Electronic Converters 3
     11   EE-531   Power System Circuit Breakers and Sub stations 3
     12   EE-532   Power System Distribution 3
     13   EE-533   Power System Reliability 3
     14   EE-534   Power Generation Economics 3
     15   EE-535   Power System Restructuring 3
     16   EE-536   Condition Monitoring Techniques 3
     17   EE-537   Control of DC Machines and Drives 3
     18   EE-538   Control of AC Machines and Drives 3
     19   EE-539   Switch - Mode Power Supplies 3
     20   EE-540   Modeling and Simulation of Electrical Machines 3
     21   EE-541   Energy Management 3
     22   EE-542  Digital Control Systems 3
     23   EE-543   Power Generation Economics 3
     24   EE-544  Advanced Power Electronics 3
     25   EE-545   Distributed Generation 3
     26   EE-546  Nonlinear Control System 3
    • Elective (Communication and Electronics Engineering)

    Core Courses:

     S.No   Course Code   Course Title Credit Hours
     1   EE-511   Stochastic Processes 3
     2   EE-512  Advanced Digital Communication 3
     3   EE-513   Advanced Electronics 3
     4   EE-514   Radiating Systems & Antennas 3
     5   EE-515   Optimization 3

    Elective Courses:

     S.No   Course Code   Course Title Credit Hours
     1   EE-551   Advanced DSP 3
     2   EE-552   Microwave Devices 3
     3   EE-553   Microwave Networks & Passive Components 3
     4   EE-554  Secure Communications 3
     5   EE-555   Advanced Digital Communication 3
     6   EE-556   Computational EM 3
     7   EE-557   Microwave IC Design 3
     8   EE-558   Real-time DSP 3
     9   EE-559   Spatial Array Processing 3
     10   EE-560  Filtering & Tracking 3
     11   EE-561   Digital Integrated Circuit Design 3
     12   EE-562   Quantum Mechanics 3
     13   EE-563   Solid State Electronics 3
     14   EE-564   Non-Linear Control Systems 3
     15   EE-565   Photonic Devices 3
     16   EE-571   Linear Control Systems 3
     17   EE-572   Advanced Computer Networks 3
     18   EE-573   Detection & Estimation 3
     19   EE-574   Adaptive Filter Theory 3
     20   EE-575   Information & Coding Theory 3
     21   EE-576   Wireless Communication 3
     22   EE-577   Semiconductor Device Physics 3
     23   EE-578   Semiconductor Processing 3
     24   EE-579   Design and Analysis of Algorithms 3

    • Master’s Thesis
     S.No   Course Code   Course Title Credit Hours
     1   EE-599   Master’s Thesis 6


    Research Areas

    The full-time dedicated Ph.D. faculty are actively pursuing research in following areas:

    • Power Systems
    • Power Generation & Distribution
    • High Voltage Systems
    • Energy Management
    • Control Engineering
    • Renewable Energy Systems
    • Economics of Power Systems
    • Instrumentation & Measurement
    • Smart Grid Systems
    • Embedded Systems
    • Radio & Satellite Communication Systems
    • Advanced Electronic Circuits
    • Artificial intelligence
    • Digital Signal Processing
    • Digital Image and Video Processing
    • Mobile and Computer Networks
    • Wireless Communication