The Department of Electrical Engineering at the Faculty of Engineering in Unaizah aims to graduate engineers who contribute to advancing the civilizational development in the region and the country in general. Electrical engineering studies explore and analyze systems and devices of each of the power and communications networks as well as electronics and integrated circuits.

This reflects the great importance of the electrical engineer in the preparation, implementation and operation of projects in the power grids, in addition to communications and electronic industries, which contributes to advancing the development and progress of mankind.

The Department of Electrical Engineering in the college has two main tracks of study: the electrical power engineering track and the electronics and communications engineering track.

The preparation of an electrical engineer with a high competitiveness at the national level requires the qualification of the student and his study of many courses, which include mathematics, physics, chemistry, basics of engineering drawing, engineering mechanics, basics of engineering technology, entrance to engineering design, basics of electrical engineering such as electrical circuits Computer programming, electromagnetism, logical design, electrical devices and measurements, signal and systems analysis, electronics. These courses are taught to all members of the power engineering and electronics and communications engineering tracks.

Each track is unique in studying specialized courses that serve the specialization of each track. The electrical power track contains specialized courses that include the study of electrical machines of all kinds, mechanical power engineering, principles of electrical power systems, microprocessors and matching circuits, electrical power systems analysis, power electronics, principles of control systems, high voltage engineering, systems design, and electrical protection.

The members of the electronics and communications engineering track are also unique in studying specialized courses, which include decisions about signal and systems analysis, integrated circuits, principles of communications, microprocessors and matching, principles of network engineering, digital communications, principles of control systems, technology and applications of integrated circuits, antennas. And wave propagation, industrial electronics, analogue and digital filters, telephone systems and call traffic analysis, optical communication networks, securing computer networks, microwave engineering, satellite communications, industrial driving devices and systems, digital control systems, network architecture and protocols.