The philosophy of the discipline is to ensure that the undergraduates gain an enduring capacity for continuous and effective self-education throughout life.
The Electrical Engineering curriculum at UKZN is designed to prepare students for a career in the exciting, dynamic field of electrical engineering.Â
The Electrical Engineering curriculum at UKZN is designed to prepare students for a career in the exciting, dynamic field of electrical engineering.Â
Sed ut perspiciatis unde omnis iste natus error sit voluptatem, totam rem aperiam, eaque ipsa quae ab illo inventore et quasi architecto beatae vitae dicta sunt explicabo.
The central philosophy of the Electrical, Electronic and Computer Engineering disciplines are to ensure that the undergraduates gain an enduring capacity for continuous and effective self-education throughout life.Â
Electrical engineers work with generation, transmission, distribution and control of electrical power from generating sets at power stations to factories and homes.
Electronic engineers are responsible for the design, management and specification of an almost endless list of hitech appliances, equipment and systems.
Computer engineers design and manage computer systems from small LANs to networks that span the world via cables, optical fibres and radio/ satellite links.
Engineering is the heartbeat of innovation — it powers the world we live in and shapes the future we dream of. At EECE, studying engineering means unlocking your potential to solve real-world problems, build smart technologies, and make a lasting impact.
Our alumni have made remarkable contributions to engineering and innovation:
Explore the programmes offered by the Electrical, Electronic & Computer Engineering department below to find the path that suits your passion and career goals.
EECE discipline is a research-led, producing knowledge for a rapidly changing, information-rich world. Students and staff engage in groundbreaking research.

Electrical Engineering (Renewable Energy Generation & Smart Grid Technologies, High Voltage Equipment Design, Power Systems and Energy Management, Robotics and Automation, Control Systems)
Electronic Engineering (Analog and Digital Communication Systems, Advanced Long- and Short-Range Communication, Microwave Systems & Antenna Design, Superconductivity Applications, Nano Transistor Design, Digital Signal Processing, Power Electronics, Automation and Control, Artificial Intelligence (AI) Applications)
Computer Engineering (Next-Generation Computer Networks, Mobile and Sensor Networking, Internet of Things (IoT) Applications, Tactical Communications (e.g., for military use),Network and Data Security, Embedded Systems, Software and Hardware Co-Design)
We have a number of research groups that specialise in areas of research in Biotechnology.Â
A multi-disciplinary research center which focusses on research in technology relating to HVDC, power systems (including lines) and power electronics relating to AC systems.
Established as a result of an initial partnership between UKZN and Eskom.
The Smart Grid Research Centre is a state-of-the-art modern facility for training/research development (modelling, simulation and real-time analysis) of Smart Technologies and the integration of various renewable energy technologies into the Grid.






