| Electrical Engineering focuses on generating, distributing, converting, and efficiently utilising electrical energy across various grid scales—ranging from industrial to micro-grids. It integrates traditional and renewable energy sources with smart technologies to achieve optimised performance and enhanced monitoring. |
Electronic Engineering is a broad discipline that covers the design and application of electronic systems across various sectors, including telecommunications, manufacturing, military, transportation, and biomedical fields. It spans subfields such as microelectronics, signal processing, control systems, power electronics, and electromagnetics. |
Computer Engineering bridges the gap between hardware and software to create integrated solutions for real-world challenges. It encompasses diverse areas, including software development, networks, data security, embedded systems, artificial intelligence, and more—making it a multidisciplinary field at the intersection of computing and electronics. |
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