Universiti Tenaga Nasional UNITEN

Entry Requirement of Master of Electrical Engineering (By Coursework & Research) in Universiti Tenaga Nasional UNITEN Malaysia

• 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).

Course Outline of Master of Electrical Engineering (By Coursework & Research) in Universiti Tenaga Nasional UNITEN Malaysia

• 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