- Master of Science in Telecommunications Engineering
- Classe di Laurea Magistrale LM-27: Ingegneria delle Telecomunicazioni
- Department: Ingegneria Elettrica e dell'Informazione "Maurizio Scarano"
- Link to the webpages: webpage 1 – webpage 2
- Duration: 2 years
- Language: English
- President of the Teaching Committee of the Information Engineering Programs: prof. Filippo Arrichiello
- Program Coordinator of the M.Sc. in Telecommunications Engineering: prof. Emanuele Grossi
Brief description
Information and communication technologies have become essential to all aspects of the society, including public services, finance, banking, manufacturing, industry, transportation, energy, education, agriculture, security, environmental monitoring, and robotics.
The Master in Telecommunications Engineering is taught in English and aims at preparing professionals able to design, develop, and maintain telecommunications services and network infrastructures. This requires a vast body of knowledge, including signal processing, modulation, coding, networking, transmission media, and electromagnetism, as well as some aspects of electronics, automation, and computer science.
The program is aimed at talented students possessing a Bachelor's Degree (or a first-cycle degree equivalent to the Italian Laurea) in telecommunications engineering, electronics engineering, computer engineering, computer science, and other disciplines related to the information and communication technologies.
Objective
The program aims at preparing engineers with the technical and managerial skills necessary to enter careers in the design, application, installation, management, operation, and maintenance of established and emerging telecommunications systems.
Outcome
The program grants a Master of Science Degree, which is equivalent to the Italian Laurea Magistrale (second-cycle degree). Graduates will have:
- knowledge of established and emerging telecommunications technologies;
- competences in solving specific problems arising in telecommunications, which require, on top of a good grasp on the principles of telecommunications systems, some expertise in electronics, computer programming, and automation;
- the ability to understand mathematical models of physical phenomena, which are important in the design of telecommunications systems;
- the ability to design, maintain, and analyze telecommunications systems and services.