Electrical & Control Engineering

Concepts and theories of mathematics and sciences, appropriate to the discipline.

Bachelor Degree in Electrical and Control Engineering (180)

To introduce the student to more advanced and up-to-date topics in electric power systems, mainly: Reliability, Load Forecasting, economic dispatching, SCADA and Harmonics.

Data will be available soon!

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Description

1	The concept of reliability.
2	Components reliability-reliable and non-reliable systems.
3	State-space method and system reliability calculations.
4	Load forecasting and load classifications.
5	New approach used in load forecasting.
6	Economic dispatch of thermal units.
7	7th week exam + Methods of solution of dispatching problem.
8	Unit commitment problem.
9	SCADA systems.
10	Harmonics and its disadvantages.
11	Design of harmonics filters.
12	12th week exam + Distributing loads.
13	Neural networks definition.
14	Types of neural networks.
15	Applications of neural networks on power systems.
16	Final Exam.
1	The concept of reliability.
2	Components reliability-reliable and non-reliable systems.
3	State-space method and system reliability calculations.
4	Load forecasting and load classifications.
5	New approach used in load forecasting.
6	Economic dispatch of thermal units.
7	7th week exam + Methods of solution of dispatching problem.
8	Unit commitment problem.
9	SCADA systems.
10	Harmonics and its disadvantages.
11	Design of harmonics filters.
12	12th week exam + Distributing loads.
13	Neural networks definition.
14	Types of neural networks.
15	Applications of neural networks on power systems.
16	Final Exam.

Generation, transmission, distribution and utilization of electrical power for public and private sectors to secure both continuous and emergency demands.
Electrical power feeding for civil and military marine and aviation utilities.
Electrical works in construction engineering.

Power Systems (3)