School of Electrical & Communications Engineering
The School of Electrical and Communications Engineering is poised to produce high quality graduates and research for the development of life-long learning, critical evaluation and application of technology in the real world.
The School houses over 200 undergraduate students on average and over 30 staff members.
The experienced academic staff members are recognized as leaders in their respective fields allowing students to have access to the latest developments in their chosen area of specialization.
Our laboratories are equipped with new and current instruments/equipment with the latest academic software. The school houses a smart grid lab, renewable energy lab, data communications lab, digital electronics lab, signal processing lab, electromagnetic wave lab and power systems lab. The school also provides two computer labs for teaching and learning purposes. Appropriate computer simulation packages are employed to ensure that the learning process is not impaired. Cisco Networking Academy and Huawei Networking Academy are also housed in the school, offering professional industry certifications.
Undergraduate
Our undergraduate program is offered in two majors, Power & Communications.
The Undergraduate program leads to the Degree of Bachelor of Electrical Engineering majoring in either Power or Communications. The program has been designed to equip students with a broad knowledge of Electrical & Communications Engineering with the opportunity to specialize in power or communication systems during the final year. The four-year program is supported by extensive practical work and industrial training.
Postgraduate
The School has an extensive Master of Philosophy (MPhil) and Master of Engineering (ME) Program. The Master’s degree is based on research to be presented as a thesis and will normally take two years to complete. The Masters degree is offered in communications engineering, control engineering & instrumentation.
There is an opportunity to study for the ME degree by course work and dissertation in Communications Engineering.
Download the courses handbook for course details..
Campus News/Updates
Sphere
Sphere Presenter: Professor Hasan GumralDate: 07 May 2025Summary:Prof. Gumral led a seminar on the geometry and mathematical properties of spheres, integrating concepts from topology, physics, and higher-dimensional modeling.
Vibration Mode Analysis of a 100m Simply Supported Steel Beam Bridge via POD of FEM
Vibration Mode Analysis of a 100m Simply Supported Steel Beam Bridge via POD of FEM Presenter: Mr. Japath Tikil (et al.)Date: 30 April 2025Summary:Based on a PIURN conference paper, this seminar presented a case study using Proper Orthogonal Decomposition (POD) and Finite Element Methods (FEM) to analyze structural vibrations in
Fuzzy Set Theory (Fuzzy Mathematics)
Fuzzy Set Theory (Fuzzy Mathematics) Presenter: Dr. Mansooreh KazemilariDate: 16 April 2025Summary:This technical seminar delved into fuzzy set theory—covering mathematical foundations and applications in computer science, particularly in systems modeling and AI.