M.SC. IN ELECTRICAL ENGINEERING (EE750)
MSc in Electrical Engineering program is a full research program and its objectives are to provide graduates with the ability to carry out research and solve problems at the forefront of their respective fields while at the same time, facilitates discovery and contribute to new knowledge. The MSc is the apprenticeship in research and students must demonstrate an ability to conduct independent research at the completion of the program. The program is offered on a full-time or part-time basis.
Microprocessor systems, VLSI System Design, Analogue and Digital, Electronic Circuits, Real-time systems, Microelectronic Materials and Devices Fabrication and Characterization, Analogue and Digital Design, Embedded Systems, consumer electronics, nanotechnology
Power Systems Analysis, System Reliability, Power Quality and Management, DC and AC Drive Systems, Renewable Energy, Power Electronic Converters (AC to DC, AC to AC, DC to DC and DC to AC), High Voltage and Pulse Power, Artificial Intelligence Applications in Power Electronics and Power Systems, Energy Management, Application of Signal Processing in Power Engineering, Power system stability, Optimization techniques in Power Systems, Wireless Power Transfer
Adaptive Control System, Digital Signal Processing, Artificial Neural Network, Non-linear System Identification, Non-linear Modelling, Symbolic Computation For Non-linear System, Fuzzy Logic in Control System, Petri Net Application, Batch Process Control, Medical Instrumentation, Fibre Optic Instrumentation, Robotic System, Sensor System, Image Processing for industrial applications: robot vision, video technologies and 3-D image reconstruction, RFID Devices and System, Virtual Instrumentation
Wireless Networks, Mobile and Cellular Network, ISDN/Broadband Networking, ATM Switching and Networks, Multimedia Network amd Systems, RF/Microwave Circuits and Systems, Mobile Satellite, Propagation Predictions and Measurement, Antennas, Optical Communications, Monolithic Microwave Integrated Circuit (MMIC), Space and Earth Electromagnetism ,Occupational Safety and Health Engineering, Radar Technology and Signal Processing for Telecommunication
Neural and Fuzzy Computing, Intelligent System, Speech/Image Recognition, Network Protocol Analysis and Design, IP Networks, Wireless/Mobile Networks, Wireless LAN and Bluetooth Applications, Network Security and Analysis, Wireless Sensor Networks, Trusted Computing and Infrastructure, Mobile Computing, Wearable and Handheld Devices, Embedded Systems, Bio-Medical Research and Informatics.
An honours first degree (in relevant field) from UiTM or any institutions of higher learning recognised by the UiTM Senate with at least CGPA 2.75 or; Other qualifications equivalent to the first degree (in a relevant field) from UiTM or any institutions of higher learning recognised by UiTM Senate and with relevant working experience of at least 1 year in a related field.
PROGRAMME EDUCATIONAL OBJECTIVES
After 3 to 5 years upon completing the programme, our graduates will be able to:-
PEO1: Demonstrate continuing and advanced knowledge with the capabilities to further develop and solve problems in the related or multi-disciplinary fields
PEO2: Evaluate and make decision in the situations without or with limited information by considering social responsibilities, leadership skills and related ethics.
PEO3: Deliver conclusions or findings with good communication skills and recognise the needs for continuing professional development.
At the end of the programme the candidate should be able to:
PO1: Perform independent, critical, effective and well time-managed research, which contributes to knowledge advancement
PO2: Design a comprehensive research structure to execute research work
PO3: Critically evaluate and interpret the research findings in the context of knowledge advancement
PO4: Demonstrate the synthesis of information in written and verbal communication