Explore the programs and courses offered by Master of Networks and Telecommunications
Browse Programs Admission InformationThe Master's Telecommunications Program, Specializing in Networks and Telecommunications, is a multidisciplinary program that integrates New Information and Communication Technologies (NICT), bringing together all the methodologies related to:
System modeling and design,
- Programming of information and embedded systems.
- Communication in wired, wireless, mobile, and optical networks.
- RF and microwave device procedures and advanced signal processing.
The program spans 3 semesters (2 years) and offers a progressive curriculum ranging from scientific foundations to advanced applications in telecommunications and network technologies.
This two-year course covers a wide range of areas, from telecommunications systems and networks (design, deployment, etc.) to digital communication technologies, including signal processing and data management.
Advanced Digital Communications : Identification of the functions performed in advanced digital communication systems
IP Routing : Functions used to determine the best path in a mesh network to a destination identified by an IP network address
Propagation and Antennas : Study of the propagation medium of electromagnetic waves at ground level and in the atmosphere (troposphere, stratosphere, and ionosphere)
Advanced Signal Processing : Basic concepts for understanding and applying signal processing methods for random signals and digital filters
Advanced Digital Communications Lab : Simulation of a digital communication chain in MATLAB (Simulink)
IP Routing Lab : Practical application of different routing configurations
Advanced Signal Processing Lab : Labs conducted in MATLAB to provide a practical approach to complex theoretical concepts
Object-Oriented Programming in Python : Basic foundations of object-oriented programming as well as mastery of advanced program design techniques in Python
Linux System : Gain an understanding of the use and customization of a GNU/Linux system
Standards and Protocols : Various standards and protocols used in the networking world
Technical English and Terminology : Technical vocabulary allows students to conduct a conversation in English in a scientific setting
Semester 2
Network Services Administration : Acquire the knowledge and skills necessary for the operation, administration, maintenance, and monitoring of computer networks
DSP and FPGA: Master the design flow and perform algorithm-architecture matching for the implementation of algorithms on DSP-based platforms
Transmission Channels and Optical Components : Study of wave propagation in guided media such as transmission lines and optical fibers, with particular attention to passive and active optical components and their applications in telecommunications networks
Coding and Compression : Become familiar with data coding and compression techniques such as channel coding, source coding, and image compression
Network Services Administration Lab : Have the tools and skills to administer a network and, consequently, will be able to install and configure servers for a given network service (under Linux and/or Windows Server)
DSP-FPGA Practicals : Master the CCS (Code Composer Studio) tool for developing applications on a DSP-based platform Design an electronic system using the VHDL description language and test each design on the FPGA
Coding and Compression Practicals : Data coding and compression techniques (channel coding, source coding, and image compression)
High-Speed Networks : Provide a comprehensive overview of high-speed transport technologies, WAN architectures, and tunneling techniques to understand their role in modern network infrastructures
Image and Video Data Representation : Introduction to the basics of image and video data representation and processing.
Satellite Networks : Provide a general overview of the main characteristics of satellite networks, their architectures, and configurations
Respect for standards and rules of ethics and integrity : Develop student awareness of respect for ethical principles and rules that govern life at university and in the world of work
Wireless and Mobile Networks : Wireless networks (WiFi and WiMAX) and 3G, 4G, and 5G mobile radios and beyond
Cryptography and Network Security : Presentation and study of network security mechanisms
Video and Audio over IP : Acquire the tools and information sources needed to understand the protocols governing video and audio over IP
Web Technologies : Discover the content and content of a web page that presents information on the Internet. Discover the basics of how the client-server model works. Write and modify web pages in a standardized content description language
Wireless and Mobile Networks Practical Work : Simulation of various wireless and mobile transmission techniques and testing of the various corresponding networks
Cryptography and Network Security Practical Work : Presentation, study, and programming of network security mechanisms Mastery of cryptographic tools and secure protocols. Ability to deploy security solutions (encryption, VPN, IDS)
Web Technologies Practicals : Write and modify web pages in a standardized content description language. Students will also be introduced to the components and mechanisms of multimedia, and will analyze and track the various elements of multimedia data chains
Artificial Intelligence : Master the use of machine learning techniques for data classification and prediction on a telecommunications network
Internet of Things : Acquire the basics of IoT architecture, equipment, protocols, and platforms, as well as data collection, storage, and processing
Field Networks : Discover field networks or field buses based on the connection of multiple entities of the same system to the same communication medium, for example, in a limited geographical area (factory, workshop, automotive, embedded electronics, etc.), taking into account the reduction or expansion of the network in real time
Documentary research and dissertation design : Tools needed to search for useful information to better exploit it in your final-year project. The objective here is to present the work you have done in a rigorous and
Research and innovation projects
Projects in collaboration with partners
Professional internship and final dissertation
Research project abroad (joint supervision)
educational manner
Applicants must hold a Bachelor's degree in Telecommunications, with the possibility of opening access to other specialties such as: Electronics, Biomedical Engineering and Automation with coefficients assigned according to their priotirity of compatibility.