Electrical Engineering:

This discipline focuses on the study and applications of electrical and electronic sciences and electromagnetic fields. It includes automatic control systems, signal processing, computer science, and integrated routers.

The classical division of electrical engineering was into high-voltage engineering, also known as power engineering, and motor engineering.

In this section, we study various electrical and electronic systems, generators, motors, and other related equipment.

Communications Engineering:

This branch of engineering deals with all aspects of digital and analog communications. It encompasses electrical and electromagnetic signals, their transmission methods, and their processing.

The central telecommunications engineer is responsible for designing and overseeing the implementation of wired and wireless telecommunications equipment in the central exchange. They are responsible for integrating new technologies into the existing network, determining equipment locations at the wiring hub, providing power equipment, and configuring and monitoring digital technologies in new equipment. They are also responsible for designing the distribution of large quantities of cables to various equipment and wiring frames throughout the central exchange, and for supervising the installation and preparation of all necessary new equipment. Like construction engineers, central telecommunications engineers are responsible for the structural design and stress distribution of the necessary electrical equipment, as well as its installation and placement on the exchange's electrical substation. Similarly, like electrical engineers, central telecommunications engineers are responsible for designing the impedance and capacitance of each new substation to ensure clear, crisp, and clean telephone service.

Telecommunications engineers work in many industries, including the internet, networking technology, computer networks, radio, and broadcasting.