University of EL Oued Faculties

Telecommunications

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Program Name: Telecommunications

Department: Department of Electrical Engineering

Degree Name* : BA

Study Level* : Bachelors

Course Intensity*: Full-Time

Study Mode*: On Campus

MBA Program Type: Full-Time MBA

Program Details

Broad Subject Area*: Telecommunications

Main Subject*: Telecommunications

Custom Subject:Analog communications, Signal processing,…

Specialization: ……………………………………………………

Program Description:At the end of the training, learners should be able to:

– Analyze a scientific engineering problem and implement an experimental approach to solve this problem.

– Solve a problem using technical tools and theoretical and practical knowledge of the field (electronics).

– Implement working methods, show analytical and synthetic skills, use ICT and office tools.

– Master the basics of analog and digital electronics, electronic components, algorithms and programming, microprocessor systems, signal processing, digital communications techniques.

– Model an electronics problem in order to design the solution adapted to the request formulated in the specifications.

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

Students per Class: 38

Average age (in years): 19

Average years of work experience at managerial level:Administration staff

Percentage of international students: 0%

Percentage of women: 15%

Average salary after graduation: 250 USD

Percent employment after graduation: 30%

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

Number of nationalities in current cohort : 1

Formation program for Energetics

Module title

Credits

Coefficient

Teaching hours

Semester 1

Mathematics 1

6

3

67h30

Physics 1

6

3

67h30

Material structure

6

3

67h30

Practical work Physics 1

2

1

22h30

Practical work: Chemistry 1

2

1

22h30

Computer science 1

4

2

45h00

Writing methodology

1

1

15h00

Professions in science and technology

1

1

22h30

Foreign language 1 (French and/or English)

2

2

45h00

Semester 2

Module title

Credits

Coefficient

Teaching hours

Mathematics 2

6

3

67h30

Physics 2

6

3

67h30

Thermodynamics

6

3

67h30

Practical work Physics 2

2

1

22h30

Practical work:Chemistry 2

2

1

22h30

Computer science 2

4

2

45h00

Presentation methodology

1

1

15h00

Professions in science and technology 2

1

1

22h30

Foreign language 1 (French and/or English)

2

2

45h00

Semester 3

Module title

Credits

Coefficient

Teaching hours

Mathematics 3

6

3

67h30

Waves and vibrations

4

2

45h00

Fundamental Electronics 1

4

2

45h00

Fundamental electrotechnics 1

4

2

45h00

Probability and statistics

4

2

45h00

Computer science

2

1

22h30

Practical work Electronics1 and electrotechnics 2

2

1

22h30

Practical work Waves and vibrations

1

1

15h00

State of the art of electrical engineering

1

1

22h30

Energy and environment

1

1

22h30

Technical English

1

1

22h30

Semester 4

Module title

Credits

Coefficient

Teaching hours

Fundamental Electronics 2

6

3

67h30

Combinatorial and sequential logic

4

2

45h00

Numerical methods

4

2

45h00

Signal theory

4

2

45h00

Electrical and electronic measurements

3

2

37h30

Practical work: Fundamental Electronics 2

2

1

22h30

Practical work: Combinatorial and sequential logic

2

1

22h30

Practical work: Numerical methods

2

1

22h30

Component technology

Electronic 1

1

1

22h30

Elements of physics of electronic components

1

1

22h30

Techniques of expression and communication

1

1

22h30

Semester 5

Module title

Credits

Coefficient

Teaching hours

Microprocessor Systems

6

3

67h30

Electronics Functions

4

2

45h00

Signal processing

4

2

45h00

Local computer networks

4

2

45h00

Practical work : Microprocessor Systems

2

1

22h30

Practical work Electronics Functions

2

1

22h30

Practical work: Signal processing/ Local computer networks

2

1

22h30

Preliminary works

3

2

37h30

Electronic component technology 2

1

1

22h30

Technology and manufacture of integrated circuits

1

1

22h30

Wave propagation and Antennas

1

1

22h30

Semester 6

Module title

Credits

Coefficient

Teaching hours

Automation and regulation

6

3

67h30

Sensors and instrumentation

4

2

45h00

Power electronics

4

2

45h00

Impulse electronics

4

2

45h00

End of cycle project

4

2

45h00

Practical work: Automation and regulation

2

1

22h30

Practical work: Sensors and instrumentation

2

1

22h30

Practical work: Power electronics/ Impulse electronics

1

1

15h00

Optoelectronic devices

2

2

45h30

Professional project and business management

1

1

22h30