EPM 407 Power Systems Analysis 2 (b) (2 +2):
Active and reactive power control - Power system stability - Economic dispatch of power system - Reliability in power systems.

EPM 405 electrical machinery 3 (a): (2 +2):
Unified theory of machines - Dynamic performance and the simultaneous transition of synchronous machines - Fractional horse power motors.

(EPM405) Electrical machines 2(b):
Alternating Current (AC) Machines with rectifier - Special electric machines.

(EPM 411) Utilization of electric power:
Indoor and outdoor lighting systems—Electric motors- traction and transmission of electricity- speed and time curves -speed control- theory and industrial applications: heating, welding, electroplating and ovens-utilization of electric power in building and factories- energy management and optimization. subjects.

(EPM 408) Automatic control:
Automatic control definition - scattered information systems - Modern techniques of control - applications.

EPM 412 protection devices and protection systems: (4 +2):
Transients in Electrical Power Systems (high current – short circuit - high voltage). Relays types: Electromagnetic - static - protection systems for Electrical Power devices: generators - motors - transformers - busbars and distributers - microprocessor systems for protection – Overvoltage Protection - coordination of prevention systems - circuit breakers: types, levels, specifications.

EPM 419 tests and standard specifications: (2 +3):
Tests: laboratory experiments applied to the theoretical contents of the selected subjects – standard specifications - test instruments and analyze specifications, samples and evaluation of test results - national and international standard specifications - standard tests in power, machines and control devices - brochure specifications - Tender Documents - the role of specifications in the design and receipt of projects.

(EPM 499) Project:

(EPM 420) Elective course 3:

(EPM 420) (1) Power Distribution Systems:
Distribution systems- load characteristics- Power distribution planning- carrying capacity and short circuit calculations- Distribution Systems control- monitoring- Distribution systems economics.
(EPM 420) (2) Power system analysis plan:
Loads determination --Loads forecasting – Perfect methods for loads determinations- Reliability
EPM 420 (3) High Voltage Engineering Applications:
Corona discharge interference with radio and television - The biological effects of electric and magnetic waves - Electrostatic precipitators - Electrostatic charges in the industry - Electrostatic paint and X-rays - Electrostatic copying.

(EPM 421) Elective course 4:
EPM 421 (1) Applications of power electronics in the industry:
Modern methods for improving the power factor - Modern methods of maximize drive systems performance - Improve network performance with power electronics systems - Modern power sources.
EPM 421 (2) Computer aid - Modern Control Engineering:
control systems Components - PLC - Programming - Advanced Properties - DCS: chart - units of measurement and control field units – DCS units - SCADA - units Supervisory Control and follow-up - programming systems and components - design and numbers basic engineering for control systems their systems - applications.
EPM 421 (3) photovoltaic power systems design and applications:
Types of systems PV: DC - AC - separate systems - systems connected to the network - PV systems components - storage batteries - voltage regulators - AC reflectors - Electrical loads - Design methods: Ah and kWh- modeling and simulation - applications: Lighting - water pump - battery Charger - Communications - rural electrification, etc..
 

(EPM 422) Elective course 5 (3+1):
EPM 422 (1) design based power electronics systems on the computer:
Microcontroller configuration - the machine language of the microcontroller - applications in power electronics - simulation methods and mechanisms - drive systems with AC-based microcontrollers.
EPM422 . Special topics in control:
Fuzzy logic – variable controller structure – Artificial neural network
EPM 422 (3) advanced study in electric power systems:
Load management - saving energy - different compensation methods to control the voltage and reduce losses - optimal Economic control.

(EPM 423) Elective course 6 (3+1):
EPM 423 . Special topics in high voltage engineering:
Transmission of electric energy by using DC high voltage – calculation of high voltage electrical field –Negative ionized gases- Breakdown theories in gases - Gas insulated electrical systems – Conduction and breakdown in solids – Electrical properties measurements for insulators- Insulators breakdown- Laser application in high voltage engineering .
EPM423 . Advanced electrical drive systems:
Recent trends in the management of controlled speed AC drives motors- Introduction to theories of electrical machines – drive with standard control / direction without sensors– the principle of saving energy in drive systems for fans and pumps – drives using brushless DC motors.
EPM423 . Advanced topics in devices and protection systems:
Basics of digital systems: analysis of signals, digital communications, optical cables, optical current and voltage transformers, digital protection: the digital relays, digital relays algorithms, coordination, testing, future trends - digital protection International standard.