The Electronic Engineering curriculum is designed to prepare students for a career in the all-pervasive discipline of electronic information handling, from the analogue to the digital world. Electronics are everywhere from mobile phones and electric vehicles to the underpinning of the Internet. Electronics is a vast subject encompassing many diverse fields such as analogue electronics, digital electronics, telecommunications, power engineering, electromagnetics, computers, control systems, and signal processing. The Electronic Engineering discipline is devoted to the understanding and application of semiconductor physics. It is often referred to as a practical art because it requires a knowledge of both electronics and mathematics. This field of engineering focuses on the use, design and application of electronics. Researchers in this field develop new components, design circuitry, and create systems in order to solve real-world problems. Electronics is used by most other engineering disciplines. It has become crucial to the promotion of efficiency and productivity in many facets of both commercial and industrial life.
