Ph.D Electrical Engineering

Program Overview

Credit Hours

50

Duration

3 Years

Semesters

6

Attendance

Full-time

The PhD Electrical Engineering program at Superior University is a research-intensive 3-year doctoral degree preparing electrical engineers for original research contributions. Research areas include power systems and smart grid, renewable energy systems, communications and signal processing, control systems and robotics, power electronics, and biomedical engineering. Students complete advanced coursework, comprehensive examinations, and an original doctoral dissertation under expert supervision from PEC-registered faculty.

QUICK LINKS

HAVE SOME QUESTIONS?
Talk to an advisor

PROGRAM ACCREDITATIONS

Why Choose Ph.D Electrical Engineering at Superior University?
1 PhD ? 1 Solution Model

1 PhD ? 1 Solution Model

Every doctoral researcher delivers an original solution addressing real-world electrical engineering challenges.

Modern Simulation Tools

Modern Simulation Tools

Access to state-of-the-art engineering simulation software (MATLAB, ETAP, PSCAD, HOMER Pro, Proteus).

Interdisciplinary Learning

Interdisciplinary Learning

Rigorous integration of mathematics, physics, and advanced engineering across specializations.

Strong Lead Ophenation

Strong Lead Ophenation

Industry-oriented curriculum aligned with modern power systems, renewable energy, and smart grid challenges.

Professional Mathematics

Professional Mathematics

Advanced mathematical foundations essential for doctoral-level engineering research and innovation.

Research-Driven Focus

Research-Driven Focus

Focus on innovation, research, and practical problem-solving for national energy security.

Simulation & Modeling

MATLAB Advanced Modeling

MATLAB Advanced Modeling

Professional training in MATLAB algorithms and advanced modeling.

ETAP Power System Analysis

ETAP Power System Analysis

Certification in ETAP power system planning and analysis tools.

PSCAD Simulation Tools

PSCAD Simulation Tools

Professional training in PSCAD for power system simulation and analysis.

HOMER Pro Microgrid Design

HOMER Pro Microgrid Design

Certification in HOMER Pro for renewable energy and microgrid design.

Key Skills You Will Learn
Advanced Power Systems & Smart Grid

Advanced Power Systems & Smart Grid

Renewable Energy Systems Engineering

Renewable Energy Systems Engineering

Control Systems & Robotics

Control Systems & Robotics

Communications & Signal Processing

Communications & Signal Processing

Power Electronics Design

Power Electronics Design

Simulation & Modeling Tools

Simulation & Modeling Tools

Research Methodology & Dissertation

Research Methodology & Dissertation

AI/ML Applications in Electrical Engineering

AI/ML Applications in Electrical Engineering

Career Outcomes

Associate / Full Professor

Principal Research Engineer

Postdoctoral Researcher

R&D Director — Power/Telecom

Programming & Algorithms

Power Systems & Simulation Tools


  • MATLAB Algorithms
    MATLAB Algorithms
  • C++ Programming
    C++ Programming
  • Python Programming
    Python Programming
  • AI & Machine Learning
    AI & Machine Learning
  • MATLAB/Simulink Simulation
    MATLAB/Simulink Simulation
  • ETAP Power System Software
    ETAP Power System Software
  • PSCAD Simulation Tool
    PSCAD Simulation Tool
  • HOMER Pro Energy Design
    HOMER Pro Energy Design

Admissions & Eligibility

Domestic Applicants

MS Electrical Engineering/Computer Engineering/ Telecom Engineering/Electronics or equivalent with minimum 3.0 CGPA, Qualify GAT Subject (NTS) with 60% or GAT Subject (University) with 70%

International Applicants

MS Electrical Engineering/Computer Engineering/ Telecom Engineering/Electronics or equivalent with minimum 3.0 CGPA, Qualify GAT Subject (NTS) with 60% or GAT Subject (University) with 70%

⚠️ Important

Always refer to the Admissions Office for the current criteria, deadlines and documentation.

NEXT STEPS

HAVE SOME QUESTIONS?
Talk to an advisor or chat with us using Superior AI Chatbot.

Program Roadmap

Explore courses roadmap in Ph.D Electrical Engineering
CourseCredit Hours
Smart Grid Systems Operation3
Fehm e Quran - I1
Advanced High Voltage Engineering3
Research Methods3
Total Credit Hours10
CourseCredit Hours
AI, Machine Learning and Applications3
Advanced Power System Protection3
Digital System Design and Embedded Systems3
Fehm e Quran - II1
Total Credit Hours10
CourseCredit Hours
Thesis10
Thesis10
Thesis10
Total Credit Hours30
CourseCredit Hours
Optimization Techniques and Applications
Probability and Random Variables
Advanced Power Electronics
Advanced topics in Optimization and Economics of Integrated Power System
Advanced High Voltage Engineering
Advanced Wireless Communications
Advanced Digital Signal Processing
Advanced Topics in Mobile and Wireless Communication
Advanced Digital Communication Systems
Advance Digital Communication
Next Generation Communication Networks
Advanced Topics in Image Processing
Advanced Control Systems and Design
Network Routing and Switching
Applied Machine Learning and Deep Learning
Reliable Communication Technology and Protocols
IoT Communication and Application Protocols
Distributed Systems and Cloud Computing
High Speed Communications Networks
AI for Communication Systems
Fundamentals of Micro-Nanobiotechnology
MEMS (Microelectromechanical Systems) Design and Micromachining
Semiconductor Devices and Nanotechnology
Advance Topics in Digital Design and Embedded Systems
Communication Networks and Cyber Security
Artificial Intelligence and Cyber Security
Stochastic Systems: Estimation and Control
Design of Embedded Systems: Models, Validation, Synthesis
Telemedicine and Wireless technology
Advanced Renewable Energy Systems

Electrical Engineering Research Track

Power Systems Optimization & Control
Power Systems Optimization & Control
Renewable Energy Systems & Smart Grid
Renewable Energy Systems & Smart Grid
AI Integration for Smart Power Networks
AI Integration for Smart Power Networks
EV Design & Energy Operations
EV Design & Energy Operations

TRANSFORMATIONAL JOURNEY

Discover your 3C Advantage

Character


Engineering Research for National Energy Security — Pakistan faces existential energy challenges. PhD Electrical Engineering researchers approach their work with awareness that innovations in power systems, renewable energy, and smart grids have direct national importance for energy independence.

Courage


The Courage to Research Pakistan's Energy Future — Proposing bold solutions to grid modernization, renewable integration, and storage systems requires intellectual courage to challenge decades of entrenched infrastructure assumptions with rigorous engineering research and innovation.

Competence


Advanced Electrical Engineering Research Mastery — Candidates develop expert competence in their specialization — power systems, renewable energy, control systems, or communications — alongside professional simulation tools (MATLAB, ETAP, PSCAD), research methodology, and dissertation production.

FAQs

Frequently Asked Questions

3 years (6 semesters) with flexibility up to 5 years as per HEC policy.

Download Brochure for Ph.D Electrical Engineering