Research Orientation
The department provides a wide range of facilities for training and research in Electrical Engineering. The research aspects in the Department of Electrical Engineering focus on: Theoretical Electrical Engineering, Motor Engineering, Neural Network Applications, Artificial Intelligence, Electronics Engineering, Energy Engineering, Simulation of Physical Systems, Communication Engineering, and Robotics. When making the decision to specialize in this branch, which makes him in constant search for the best major in Electrical Engineering, the following are the most prominent branches in Electrical Engineering to facilitate the student’s choice:Power and Machine Engineering:The specializations covered by this branch are as follows:
- Theoretical Electrical EngineeringThis specialization relies on the delivery of physical descriptions and theoretical bases obtained from the science of Electricity, including circuit theory for circuit analysis, and flux theory for discussing Maxwell’s equations.
- Motor EngineeringThis specialty is concerned with converting Electrical Energy into Mechanical Energy using Electrical Motors. Motor Engineering is of great importance in automation techniques, as most mechanical Motors are dealt with and operated electrically.
- Energy EngineeringEnergy engineering is concerned with the transmission, production and conversion of Electrical Energy through the design of various devices such as Generators, Transformers, and Electric Motors, where Electricity is distributed through Generators that produce Electrical Energy.Electronic and Communication Engineering:The specializations covered by this branch are as follows:
- Electronics EngineeringIt is one of the disciplines that deals with the manufacture and development of Electronic Components such as the Inductor, the Capacitor, and Semiconductor Elements such as the Transistor and the Diode, and the Capacitor is treated as an Electrical piece, but at the same time it is one of the important parts in the formation of Electronic Circuits such as Electronic Matching Circuits, and Resonance Circuits that are used in Rcieving and Sending.
- Communication EngineeringCommunications Engineering transfers information from the sender to the receiver by means of Electromagnetic Waves and Electrical Impulses, as it is concerned with delivering information with minimal data losses, in addition, to signal processing systems such as encryption.
- Communication EngineeringCommunications Engineering transfers information from the sender to the receiver by means of Electromagnetic Waves and Electrical Impulses, as it is concerned with delivering information with minimal data losses, in addition, to signal processing systems such as encryption.
- Electronics EngineeringIt is one of the disciplines that deals with the manufacture and development of Electronic Components such as the Inductor, the Capacitor, and Semiconductor Elements such as the Transistor and the Diode, and the Capacitor is treated as an Electrical piece, but at the same time it is one of the important parts in the formation of Electronic Circuits such as Electronic Matching Circuits, and Resonance Circuits that are used in Rcieving and Sending.
- Energy EngineeringEnergy engineering is concerned with the transmission, production and conversion of Electrical Energy through the design of various devices such as Generators, Transformers, and Electric Motors, where Electricity is distributed through Generators that produce Electrical Energy.Electronic and Communication Engineering:The specializations covered by this branch are as follows:
- Motor EngineeringThis specialty is concerned with converting Electrical Energy into Mechanical Energy using Electrical Motors. Motor Engineering is of great importance in automation techniques, as most mechanical Motors are dealt with and operated electrically.
