The Master of Electronics Engineering (MEE) programme (By Research) aims at preparing engineering graduates with advanced technical knowledge and skills in finding practical and scientific solutions to meet the needs and changes of the current engineering problems. The programme will also provide a pathway for graduating students to undertake PhD research in one of the specialized areas of electronics engineering.

Key Features

• Enriching engineering research and education through design and infrastructure approaches.
• Illustrating the infrastructure approaches through a programme focused on the design, development and commercialisation of industrial microelectronics and communication systems.
• Moving towards a Creative Economy by way of the Knowledge Economy in order to sustain development in all areas of Microelectronics and Communications Engineering.
• Computer Programme Development Systems and simulators are available in support of the research work.

Learning/Research Methodology

• Students must display an independent approach towards their work, but they will be guided in a research project by an appointed supervisor.
• Students are expected to attend seminars and specific lectures in the research area.
• Students are required to present and defend their research proposal at the end of their first quarter of study.
• Students are required to submit monthly progress reports to their supervisor. Periodic consultation will be arranged by the supervisor.
• The Postgraduate Studies Committee will review the performance of the students on a quarterly basis.
• Upon completion of their research, students will present and defend their thesis.

Research areas

All research topics tend towards, but are not limited to the application and innovation of new and emerging electronic components and technology in the field of Microelectronics and Communications, Robotics and Artificial Intelligence. Research in the Department of Electronics Engineering falls into three main cluster:

Research cluster 1: Electronics Communication

• Radio Frequency and Microwave Engineering: Microwave Circuits, Radar, Antennas and Propagation
• Telecommunication Networks and Machine Vision

Research cluster 2: Microelectronics

• Microelectronics and Integrated Circuit Designs
• Power Electronics

Research cluster 3: Industry Robotics

• Robotics and Automation
• Control System
• Artificial Intelligence