Master of Electrical Engineering (Structure B) is a half research program where candidates are given unique opportunity to follow their interest in a specialized area of research of Electrical/Electronic Engineering for 1 – 2 years and make an important academic contribution to the knowledge of chosen research area.

Apart from that the student will be attending 7 post graduate classes in which 3 courses are core courses and 4 are electives courses amounting to 21 credit hours where the students will be learning advanced technical courses in the field of electrical power and electronics.

 

Entry Requirements

• Bachelors in the relevant domain with Second Class Upper with honours or CGPA 2.75 (65%) and above, or

• Bachelors in the relevant domain with Second Class Lower with honours or CGPA 2.50 (60% – 64%), and 1 year experience in the domain and at least 1 publication in the domain, or 2 years professional in the domain; or

• Bachelors in the relevant domain with CGPA below 2.50 (60%, and 5 years experience in the domain; or

• Bachelors in a related domain with Second Class Upper with honours or CGPA 2.75 (65%) and above, and 1 year experience in the domain (including at least publication in the domain).

 

Program Structure

KEY RESEARCH AREAS

All research areas of Electrical/Electronic Engineering and specialize sub areas, i.e.

• Renewable Energy and Sustainability

• Automation and embedded computing system

• Signal Processing and control system

• Communication system and networks

• Radio frequency and microwave engineering

• System and machine engineering

• Photonics technologies

• Micro and nano engineering

• Distributed generation

• Renewable energy and energy efficiency

• Power system analysis

• Power quality, and

• High voltage system

CORE COURSES

(9 CREDIT HOURS)

• Advanced engineering mathematics

• Engineering diagnostic tools

• Research methodology

ELECTIVE COURSES

(PICK 4 WORTH 12 CREDIT HOURS)

• Computer controlled systems

• Introduction to advanced communication system

• Advanced applied telecommunication system

• Local area network design and analysis

• Satellite communication theory

• Alternative energy sources for electricity generation

• Cellular and pcs radio system

• Broadband network technologies and architectures

• Antennas tech. for wireless communication

• Power system dynamics

• High voltage direct current transmission system

• Power system operation and planning

• High voltage engineering

• Power system protection

• Power system steady state analysis

 

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