مختبرات القسم

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Postgraduate

The first graduate studies program in the department was limited to opening specialized high diploma in power systems and electronics, and it was created in the academic year 1976/1977, which is one year following the establishment of the University of Technology. In the academic year 1981/1982, a high diploma in communication engineering has been created. The first master's program was established in the department in the fields of power system, electronics, and commutations in 1982/1983. In 1987/1988, a solid-state master specialty has been created in addition to the earlier three specializations. Since its establishment, the Graduate Studies in the department has always managed to supply the country with modern scientific programs on the levels of diploma, master’s, and doctoral, and high specialization in the fields of electrical engineering. The Graduate Studies division supervises on all activities related to the graduate studies in the department in coordination with the graduate studies committees in the Electrical and Electronic and Communications Engineering Divisions. Examination Schedule of the First Semester for the Academic Year ‎2017-2018 Description of the Academic Program Admission Requirements Registration Requirements Graduation Requirements Admission Plan
syllabus

Study Plan of Electrical Engineering Division Study Plan of Electronic Engineering Division
Department E-Gate

E-Mail Form for the First Year Students of Electrical Engineering Department E-Learning for Electrical Engineering Department E-Mail Form for Students of Electrical Engineering Department
graduation projects

Graduation Projects of Undergraduate Students
accomplished

Accomplished Decrees in Department of Electrical Engineering
lectures

Lectures of Electrical Engineering Division Lectures of Electronic Engineering Division

مختبرات القسم

Electrical Laboratory

About the Laboratory

The electrical engineering lab is considered one of the most important labs in the electrical engineering department where it receives the students of the first stage of all specialties. The students conduct a series of scientific experiments to prove the theories and laws that were given to them in the theoretical lectures, thus establishing an important concept for these theories. Every experience they try This report represents the beginning in the writing of a mini-research, which enhances the method of writing research for students.

Laboratory Experiments

First Year

Exp. No.	Experiment Title
1	Ohms Law
2	Kirchhoff’s Laws
3	∆-Y and Y-∆ Circuit Conversions
4	Superposition and Reciprocity Theorems
5	Thevenin’s and Norton’s Theorems
6	The Cathode ray Oscilloscope
7	Impendence Element Characteristics
8	RLC Series Circuit
9	RLC Parallel Circuit
10	Resonance in Series and Parallel Circuits
11	Maximum Power Transfer
12	Power Factor Improvement

DC Machines Laboratory

About the Laboratory

The laboratory consists of a set of generator and DC motors and is fed from a main control panel with a continuous voltage of 220 V for the generator and DC motors and a single phase alternating voltage of 220 V and a 50 Hz frequency with three-phase service feed with 380 volts The frequency is 50 Hz. Experiments on generators, engines and single phase transformers are given to students in the electrical engineering department and to all branches (electrical engineering branch, electronic engineering branch and communications engineering branch) according to the officially established curriculum.

Laboratory Experiments

Second Year

Exp. No.	Experiment Title
1	Anatomy of DC machines
2	Determination of the No-load characteristics and speed–voltage characteristics of a D.C shunt generator
3	Determination of characteristics curve of a shunt generator
4	Determination of the load characteristics of a separately excited generator
5	Determination of the characteristics curves of a compound generator
6	Simulation of electrical Machines by using Mat lab
7	Characteristics of a D.C Shunt excited Motor
8	Speed Control of a D.C Shunt excited Motor
9	Characteristics of a D.C Series Motor
10	Swinburne's Test
11	Simulation of D.C machine by using Mat lab/ Simulink
12	Hopkinson Test
13	No load &short Cir. Test of 1ph Transformer
14	Load Test of 1ph Transformer
15	Back to back of 1ph Transformer
16	Simulation of DC Motor at Braking
17	Parallel operation of two transformers