Students of this program are required to have a solid fundamental knowledge of theory in electrical engineering, extensive expertise and basic management knowledge, and a mastery of the advanced technical methods and modern technical means to solve engineering problems. Graduates of this program should be able to independently make themselves responsible for engineering technologies and engineering management and independently solve practical engineering problems in the course of power generation, transmission, distribution, control, detection, protection and consumption. Therefore, this program aims to train interdisciplinary and application-oriented talent who are highly specialised in engineering technologies and management, and who possess a good command of English and proficiency in computer application.

The core modules of Electrical Engineering include Experimental Skills and Sustainability, Electronic Circuits-Transistors, Electrical Circuits, C Programming & Software Engineering I, Engineering Mathematics I, Engineering Electromagnetism and Drives, C++ Programming & Software Eng. II, Electronic Circuits-Amplifiers, Digital Electronics (I), Experimental Skills, group projects, Engineering Mathematics II, Integrated Electronics and Design, Electronic Circuits and Systems, Electromagnetics, Continuous and Discrete Time Signals and Systems (I), Electrical Circuits(II), Power Electronics and Electromechanics, Digital Electronics (II), Microprocessor Systems, Introduction to Organization and Management, Industrial awareness and Group Project, Applied Electromagnetics, Continuous and Discrete Time Signals and Systems (II), Instrumentation, Power Generation and Transmission, Energy conversion and power systems, Control Systems, Optimization, Power Systems Analysis, Renewable Energy Systems, High Voltage Technologies, Final Year Project (Phase I), Embedded Computer Systems, Protection and Control of Power System, Power Systems Stability , Electricity Markets, The Operation and Management of Power Systems, Nuclear Power Generation, Final Year Project (Phase II).

Graduates of this program will have the ability to develop, design and manufacture various new electrical devices, as well as abilities in equipment operation, maintenance and renewal. They will be able to undertake the research and design of new technologies in the electrical engineering field.
 

Deposit fee is a part of the tuition fee.