Gomal University

Department of Electrical Engineering

Master of Electrical Engineering

Introduction

In today’s rapidly evolving world, technology has become deeply integrated into every aspect of life—and Electrical Engineering stands at the forefront of this transformation. As innovation continues to shape the global landscape, earning a Master of Science (MSc) in Electrical Engineering offers the opportunity to engage in meaningful, future-oriented work with broad professional prospects.

The MSc Electrical Engineering program at the Department of Electrical Engineering, Gomal University, is designed to provide a comprehensive and advanced education in the field. This program equips students with in-depth theoretical knowledge and practical expertise to meet the complex challenges of the modern engineering world. Students are encouraged to work on cutting-edge research projects, develop solutions to real-world problems, and expand their academic and professional horizons.

A key strength of the program lies in its emphasis on research-driven learning and global relevance. Students gain exposure to both national and international trends, helping them build a strong professional network and preparing them for careers in research, academia, and advanced industry roles, both in Pakistan and internationally.

The primary objective of the MSc program is to cultivate a strong research orientation, critical thinking abilities, and analytical skills in students. It aims to prepare them for lifelong learning and innovation by enhancing their capabilities in hypothesis formulation, research methodology, data analysis, and technical writing.

The program offers specialization in multiple streams within electrical engineering; power and communication, allowing students to tailor their education to their interests and career goals.

Research Opportunities

 

Research opportunities in power systems, smart grids, dielectrics & electrical insulation, wireless communication & networks, signal & image processing, medical imaging, control & automation, artificial intelligence & machine learning, antenna design, power electronics, and electrical machines are available at the Department of Electrical Engineering, Gomal University.

 

Program Features

Admission Requirement:

  1. years degree in the relevant field from an accredited educational institution
  2. Minimum CGPA of 2.5 out of 4 (semester system) OR 1st division (annual system)
  3. No 3rd division throughout the academic career
  4. NTS GAT General test minimum score of 50
Semester – I
Code Course Name Credit Hours
Core Course-I3
Core Course-II2
Area Elective Course-I3
Area Elective Course-II3
Compulsory Course-
Semester – II
Code Course Name Credit Hours
Core Course-III3
Core Course-IV3
Area Elective Course-III3
Area Elective Course-IV3
Semester – III
Code Course Name Credit Hours
Thesis6
Semester – IV
Code Course Name Credit Hours
Thesis6
List of Core Courses
Code Course Name Credit Hours
ECE-501Advanced Digital Signal Processing3
ECE-502Advanced Optical Communication3
ECE-503Advanced Mobile Communication3
ECE-504Advanced Antenna Theory and Design3
ECE-505Advanced Digital Communication3
ECE-506Advance Satellite Communication 3
ECE-507Signal Detection and Estimation3
ECE-508Advance Data Communication and Security3
EPE-501Advanced Power System Protection3
EPE-502Advanced Power Electronics3
EPE-503High Voltage DC Transmission3
EPE-504Advanced Power System Operation and Control3
EPE-505Advanced Power System Analysis3
EPE-506Advanced Power System Transmission3
EPE-507Advanced High Voltage Engineering3
EPE-508Power Generation Economics3
Compulsory Course
EEM-701Research Methodology -
List of Elective Courses
Code Course Name Credit Hours
EEE-601Advanced Communication Systems3
EEE-602Advanced Communication Networks3
EEE-603Advanced Optical Communication3
EEE-604Advanced Satellite Communications3
EEE-605Advanced Wireless Communications 3
EEE-606Mobile Sensor Networks3
EEE-607Advanced information theory and Coding3
EEE-608Speech Communications3
EEE-608Next generation networks3
EEE-610Machine learning3
EEE-611Pattern recognition 3
EEE-612Smart Antennas3
EEE-613Free Space Optical Communications3
EEE-614Multimedia Systems3
EEE-615Advanced Microwave Engineering3
EEE-616Adaptive Filter Theory3
EEE-617Signal Detection and Estimation3
EEE-618Optimization Theory3
EEE-619Power System Stability and Control3
EEE-620Flexible AC Transmission System3
EEE-621Distribution System Modelling and Analysis3
EEE-622Power System Stability and Control3
EEE-623Power System Restructuring3
EEE-624Power System Reliability3
EEE-625Power System Transients3
EEE-626Power Quality3
EEE-627Modelling and Simulation of Power System Components3
EEE-628Artificial Intelligence3
EEE-629Insulation Coordination in Power Systems3
EEE-630Advanced Smart Grid3
EEE-631Energy Management3
EEE-632Distributed Generation3
EEE-633Condition Monitoring Techniques3
EEE-634Advanced Electrical Machines and Drives3
EEE-635Modelling and Simulation of Electrical Machines3
EEE-636Photovoltaic Systems3
EEE-637Power System Planning3
EEE-638Integration of Renewable Energy with Power System3
EEE-639Optimization Techniques in Power Systems3
EEE-640Advanced Topics in Power System3
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