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Electrical Engineering

Program code

Intakes

Duration

Mode of study

9520201

June

December

3-4 years

Full-time

Introduction

The program’s learning outcomes seek to train PhD students with in-depth knowledge and scientific methods in Optimization in power system; New technology in power system; Renewable energy; Intelligent electric machine control; Robotics; Nonlinear control; New protocols for data networking; Semiconductor materials; and Data processing among others. In addition, PhD students are trained with independent research and life-long participation in the community to create new knowledge with scientific and practical significance in the above fields.

Admission candidates

Group 1: Candidates with a Master's degree in a relevant field of the registered specialization.

  • Electrical Engineering

  • Power System Engineering

  • Electrical & Electronics Engineering

  • Industrial Electrics

  • Refrigeration Electrical Engineering

Group 2: Candidates with a Master’s degree in a field closely related to the registered specialization (must take up complementary courses).

  • Automation and Control Engineering

  • Automation Control

  • Electronics and Communication Engineering

  • Electronics and Communication

  • Electronics Engineering

  • Electronics

  • Thermal mechanical

  • Manufacturing automation industry

  • Industrial informatics

Group 3: Candidates with a Bachelor’s degree in a relevant field of the registered specialization (must take up complementary courses).

  • Electrical Engineering

 

 

Complementary courses: 06 credits:

  • Intelligent Control (3 credits)

  • Power System Stability and Optimization (3 credits)

  • Automation Control for Motor Drives (3 credits)

  • Robotics (3 credits)

  • Renewable sources and applications (3 credits)

  • Advanced Wireless Communications (3 credits)

  • Wireless Networks (3 credits)

  • Statistical Signal Processing (3 credits)

Complementary courses: 35 credits

  • Research Methodology

  • Philosophy

  • Intelligent Control

  • Power System Stability and Optimization

  • Electricity Market Structure and Operation

  • Advanced Power Electronics and Applications

  • Automation Control for Motor Drives

  • Renewable Sources and Applications

  • Advanced Power System Protection and Control  

  • SCADA and Substation Automation

  • Smart Grid

  • Flexible AC Transmission and HVDC

  • Demand Side Management

  • Power Quality Management

  • Reliability Analysis and Risk

  • Management in Power Systems

  • Energy Management and Efficiency Analyzing and Managing Energy Projects

  • Power System Analysis

  • Advanced Topics in Modern

  • Technology of Electrical Engineering Fields

  • Advanced Topics in Electric Safety and Reliability

  • Advanced Topics In Energy

  • Measurement and Supervisory

  • Advanced Topics In Energy Saving, Renewable and Green Energy Technology

  • Advanced Topics in Electricity Market

Curriculum

Doctoral courses (choose 4 courses, equivalent to 12 credits)

12

Course code

Course title

Total credits

EE801010

Applications of Heuristic Algorithms in Electrical Engineering

3

EE801020

Advanced Topics in Optimal  Power Generation among Power Plants

3

EE801030

Advanced Topics in Management tools in Electrical Distribution Systems

3

EE801040

Solar energy and Applications

3

EE801050

Wind energy and Applications

3

EE801060

Advanced Flexible AC Transmission

3

EE802010

Advanced RF System Design

3

EE802020

Advanced Topics In Analog VLSI Design

3

EE802030

Introduction to biomedical imaging systems

3

EE802040

Modern Optical Communication Systems

3

EE802050

Pattern Recognition and Machine Learning

3

EE802060

Performance Modelling for Computer Communication Networks

3

EE802070

Physical Electronics of Advanced Semiconductor Devices

3

EE802080

Security of Communication Networks

3

EE802090

Sparse Representation and Recovery

3

EE802100

Stochastic Signal Processing

3

EE803010

Microcomputer Control Systems of Electrical Drives

3

EE803020

Cybernetics in Robotics

3

EE803030

Mobile robots and applications

3

EE803040

Advances measurements and applications in automatic control.

3

EE803050

Power and Control Electronics

3

EE803060

Modern Control Theory

3

IT801010

Advanced topics in Artificial Intelligence

3

IT801050

Advanced topics in Computer vision

3

IN801100

Mathematical Modeling in Mechanics and Physics

3

IN801110

Computational Artificial Intelligence

3

IN801120

High Perfomance Computing

3

Literature review

4

EE801900

Research proposal

4

Doctoral research topics

6

EE801910

Research topic 1

3

EE801920

Research topic 2

3

Doctoral dissertation

70

EE801000

Doctoral Dissertation

70

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