University of EL Oued Faculties

Electrical Networks

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Program Name: Electrical Networks

Department: Department of Electrical Engineering

Degree Name* : MA

Study Level* : Master’s

Course Intensity*: Full-Time

Study Mode*: On Campus

MBA Program Type: Full-Time MBA

Program Details

Broad Subject Area*: Electrical Networks

Main Subject*: Electrotechnical Engineering

Custom Subject: Stability, Electrical Networks …

Specialization: ……………………………………………………

Program Description:

Get more details (the responsible email)*: [email protected]

Students per Class: 32

Average age (in years): 25

Average years of work experience at managerial level:Administration staff

Percentage of international students: 0%

Percentage of women: 7%

Average salary after graduation: 250 USD

Percent employment after graduation: 10%

Average work experience (in years): Just in the current position

Number of nationalities in current cohort : 1

The master in electrical networks graduate track has been designed to offer graduate students the opportunity to acquire and apply the necessary different areas of electrical engineering systems, energy production, storage, conversion and transportation, smart grids, renewable energy sources, management and control of power quality.

Formation program for electrical machines 

Module title

Credits

Coefficient

Teaching hours

Semester 1

Electric power transmission and distribution networks

4

2

45h00

Advanced power electronics

4

2

45h00

µ-processors and µ-controllers

2

1

22h30

In-depth electrical machinery

4

2

45h00

Practical work: – µ-processors and µ-controllers

4

2

45h00

Practical work: – Electrical energy transport and distribution networks

1

1

15h00

Practical work: – Advanced power electronics

2

1

22h30

Practical work: Applied numerical methods and optimization

2

1

22h30

Practical work: – in-depth electrical machines

2

1

22h30

Technical English and Terminology

2

1

22h30

Renewable energies

2

1

22h30

Semester 2

Module title

Credits

Coefficient

Teaching hours

Modeling and optimization of electrical networks

4

2

45h00

Electrical power quality

4

2

45h00

Centralized and decentralized production

2

1

22h30

Planning of electrical networks

4

2

45h00

Control of electro-energetic systems

4

2

45h00

Electrical network protection techniques

3

2

37h30

Practical work: Modeling and optimization of electrical networks

2

1

22h30

Practical work: Quality of electrical energy

2

1

22h30

Practical work: Control of electro-energetic systems

2

1

22h30

Ethics, deontology and intellectual property

1

1

22h30

Implementation of a real-time numerical control

1

1

22h30

Propagation of electric waves on the energy network

1

1

22h30

Semester 3

Module title

Credits

Coefficient

Teaching hours

Operation of electrical networks

4

2

45h00

Stability and dynamics of electrical networks

4

2

45h00

Smart power grids

2

1

22h30

Integration of renewable resources into electricity grids

4

2

22h30

Industrial electrical networks

4

2

22h30

High voltage techniques

5

3

45h00

Practical work: Stability and dynamics of electrical networks

2

1

22h30

Practical work: Industrial electrical networks

2

1

22h30

Documentary research and dissertation design

1

1

22h30

Electromagnetic compatibility

1

1

15h00

Artificial intelligence techniques

1

1

22h30

Semester 4

Module title

Credits

Coefficient

Teaching hours

project/End of studies