Networks and Telecommunications (Master 1)

Explore the programs and courses offered by Networks and Telecommunications (Master 1)

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Program Overview

Master 1 in Networks and Telecommunications is a nationally standardized program offered under the supervision of the Ministry of Higher Education and Scientific Research in Algeria. This program aims to equip students with advanced knowledge and practical skills in networking and communication technologies, preparing them for careers in scientific research, industry, and academia. The curriculum spans four semesters and covers both fundamental and specialized topics, with a strong emphasis on theoretical foundations and practical applications.

Teaching Language : English-French

Curriculum Highlights

Core Courses

The core courses of Master 1 in Communications include a balanced mix of theoretical and practical subjects that ensure students gain deep knowledge and hands-on skills in modern communication systems, networks, and signal processing. The first semester covers advanced digital communications, IP routing, propagation and antennas, and advanced signal processing, along with practical labs like digital communications, IP routing, and signal processing labs. It also includes an object-oriented programming course in Python and a supporting technical English course.

The second semester core courses include network services management, digital signal processing and FPGA, transmission channels and optical components, and coding and compression, alongside their respective labs. High-speed networks and ethics courses complete the curriculum, enhancing the student’s academic and professional formation.

Advanced Topics

The Master 1 program addresses advanced technical topics distributed over two semesters. The first semester emphasizes advanced digital communication systems (MIMO, OFDM), performance evaluation (BER, SNR), IP routing, wave propagation, antennas, and advanced signal processing techniques with practical MATLAB/Simulink applications and Python programming. The second semester focuses on network services management, DSP algorithm design and FPGA programming, optical transmission channels, source/channel coding and image compression, high-speed networks, and professional ethics, supported by specialized practical labs.

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Admissions Information

The Master’s program is open to graduates from various academic backgrounds with specific equivalency factors. Graduates in communications have the highest priority for admission, with a factor of 1.00 and compatibility rating of 1, making them the most qualified for direct entry. This is followed by electronics graduates (factor 0.80, compatibility 2), then biomedical engineering and automation (factor 0.70, compatibility 3). Graduates from other science and technology fields (Group A) are admitted with a lower factor of 0.60 and compatibility 5.

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