Doctoral Program in Electrical Engineering

This program is a state-of-the-art development and also multidisciplinary for professional and academics. Doctoral Student is required to finish his/her research study normally in 6 semesters (3 years) with the minimum of 40 credit unit consisting of at least 8 credit units for lecture activities and 32 credit units for research. The subjects that must be taken by student are determined based on the review of dissertation proposal on the entrance examination process. Subsequently, students have to undergo qualifying exam. Upon satisfying the quality exam, the student may start their research.

During the course, the student must take seminar classes. These seminars classes are aimed to result in publications either national and international conferences or journals. Student will undergo closed examinations after fulfilling all requirements, including publications and dissertation. Upon satisfying closed examination, student may choose either publishing another journal or undergoing open examination for graduation.


  • Digital System Laboratory
  • Basic Electronics Laboratory
  • Electronic Systems Laboratory
  • Electrical Installation Laboratory
  • Advanced Electronics Laboratory
  • Cisco Network Academy Laboratory
  • High Voltage Engineering Laboratory
  • Informatics and Computer Laboratory
  • Electric Power Engineering Laboratory
  • Microsoft Innovation Center Laboratory
  • Basic Electrical Engineering Laboratory
  • Instrumentation and Control Laboratory
  • Transmission and Distribution Laboratory
  • Computer Network Laboratory
  • Schneider Laboratory
  • Telecommunication and Frequency Engineering Laboratory
  • Computational Intelligence and Data Science Research Laboratory

Research Area :

Power System

  • Dynamic and Stability of Electric Power System
  • New and advanced isolation materials
  • Reliability of Electric Power System
  • Operation of Electric Power System
  • Power electronics and drives
  • Intelligent Electric Network
  • Electronic Power Quality

Electronic Signal Systems

  • Wireless Communications and Technologies
  • Communication and RADAR Equipment
  • Industrial Automation and Robotics
  • Analog and Digital System Design
  • Biomedical Signal Processing
  • PLC and DCS Applications
  • Pattern Recognition
  • Control Algorithm
  • Image Processing
  • Electric Vehicle

Information Technology

  • Database Applications and Information Systems
  • E-Commerce and M-commerce Applications
  • Network Technology and Applications
  • Information Technology for Education
  • Human Computer Interaction
  • Chief Information Officer
  • Context-Based Systems
  • Numerical Computing
  • Pervasive Intelligence
  • Game Development
  • Intelligent System
  • Grid Computing
  • E-Government