Telecommunications (Antennas, Microwaves and RF)RADAR design (RF/Microwave design)Microwave antennas for mobile and satellite communications (wideband micro strip antennas, microstrip phased arrays, dielectric and satellite antenna-feeds etc.)Radio wave propagationMicrowave theory and designNumerical techniques of electromagnetic problemsElectronicsElectromagnetic wavesSimulation of microwave and millimeter-wave circuits and devicesMicroelectronic… Show more Telecommunications (Antennas, Microwaves and RF)RADAR design (RF/Microwave design)Microwave antennas for mobile and satellite communications (wideband micro strip antennas, microstrip phased arrays, dielectric and satellite antenna-feeds etc.)Radio wave propagationMicrowave theory and designNumerical techniques of electromagnetic problemsElectronicsElectromagnetic wavesSimulation of microwave and millimeter-wave circuits and devicesMicroelectronic designDesign and simulation of analog and digital circuits and devicesDesign of Amplifiers, Filters, Dividers, Combiners, and PLL circuitsComputer Program Languages and SoftwareC, C++, Pascal, EAGLEWARE (RF and microwave design software), HPADS (Advanced Design System), Matlab, MathCAD, AppCAD, View logic, and Protel Show less

Part time lecturer and Lab Demonstration

Satellite installation and service.Provide technical consulting services for satellite equipment as required.

Teach both undergraduate and postgraduate level courses in Telecommunications and Microelectronic design, specifically Physics, C++, Communications Electronics and Electrical Fundamentals. Manage and supervise Master's and PhD students.Establish and maintain effective communication channels between Faculties, Research and students at the University.Undertake research relevant to the electrical and microwave design engineering industry and facilitate technology transfer.

Satellite installation and service.Provide technical consulting services for satellite equipment as required.

lecturer in Electrical and Electronic Engineering

Teach the theory and practice of Electromagnetic II, Field Theory (Electromagnetic I), Electric Circuits and Electronic I within the Bachelor of Engineering undergraduate/postgraduate programs and contribute to the supervision of postgraduate research.Develop innovative approaches to course delivery and student centred learning in electrical power engineering courses, with particular emphasis on microwave design engineering.Undertake research, including externally-funded research, in… Show more Teach the theory and practice of Electromagnetic II, Field Theory (Electromagnetic I), Electric Circuits and Electronic I within the Bachelor of Engineering undergraduate/postgraduate programs and contribute to the supervision of postgraduate research.Develop innovative approaches to course delivery and student centred learning in electrical power engineering courses, with particular emphasis on microwave design engineering.Undertake research, including externally-funded research, in collaboration with other Department and University staff where appropriate. Show less

Teach Masters Course Telephony, Field Theory (Electromagnetic I), Signals and Systems, Microwave Communication Systems, Programming 1, Communication Systems and Analog and Digital Electronics.Coordinate the undergraduate courses, and supervise final-year undergraduate projects in Electronics and Communications Engineering.

Display a strong commitment to the development of excellence in teaching, passion for cross-disciplinary research and actively contribute to the University's research profile.Subjects covered - Field Theory (Electromagnetic I), Electric Circuits and Digital Design.

Contribute to curriculum design, assist in the research activities of the Faculty and establish industry opportunities for students.Provide lectures on Field Theory (Electromagnetic I), Electric Circuits and Electronic I.Teach Field Theory (Electromagnetic I), and Electric Circuits.Conduct research activities on microstrip antennas.

Teaching Electromagnetic, Electronics, and Electrical engineering subjects

Design various RF/Microwave circuits (transmit and receive) for radars such as low-noise and high power amplifiers, microstrip filters, combiners, frequency mixers, frequency multipliers, splitters and PLL circuits.Schematic capture, microwave layout design and computer simulation using C, C++, Pascal and Eagleware.Building and testing of the design prototypes.

Assist in teaching in a variety of settings including tutorials, practical classes and lectures, covering Electronics I, Electronics II, Digital Systems and Digital Design.

Assist in teaching in a variety of settings including tutorials, practical classes and lectures, covering Electronics I and Electronics.