Master in Telecommunication in Italy

View all Masters Programs in Telecommunication in Italy 2017

Telecommunication

A masters is awarded to students who have completed postgraduate level study in a specific field of study or area of professional practice while demonstrating a high level of mastery during the process.

A Master’s degree in Telecommunications teaches about design, development, implementation and management of telecommunications. The field is of great importance for the world today as it is necessary for different sectors. These include office information, corporate networks, banking or the internet.

Officially known as the Italian Republic, the country is found in southern Europe. The official language is Italian and the cultural rich capital is Rome. Many of the world's oldest universities are located in Italy, in particular the University of Bologna (founded in 1088). There are three Superior Graduate Schools with "university status", three institutes with the status of Doctoral Colleges, which function at graduate and post-graduate level.

Top Master Programs in Telecommunication in Italy 2017

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Master in Computer and Telecommunication Systems Engineering

Mediterranea University of Reggio Calabria
Campus Full time 2 years October 2017 Italy Reggio Calabria

The objectives of the 2nd Cycle Degree Course (Master Degree) in Information Technologies for Telecommunications Engineering held at the University “Mediterranea” of Reggio Calabria concern the acquisition of skills and capabilities in the field of computer science, information technology and telecommunication systems... [+]

Best Masters in Telecommunication in Italy 2017. The objectives of the 2nd Cycle Degree Course (Master Degree) in Information Technologies for Telecommunications Engineering held at the University “Mediterranea” of Reggio Calabria concern the acquisition of skills and capabilities in the field of computer science, information technology and telecommunication systems. In particular, the emphasis is on designing and implementing systems and (multimedia) applications in complex network-based environments. This objective requires to deal with the distributed nature of information systems with attention towards all the aspects of software engineering included computer security , and also with aspects related to the underlying telecommunication problems. This leads to the identification of the two alternative curricula, namely (1) Wireless Networks and Systems and (2) Computer Networks and Applications, which can be chosen by students on the last semester of the course. Therefore, the main strength of the degree program is to mix various skills of Information and Communication Technologies in such a way that the study of computer science, computer networks , wireless systems , high-tech communication systems, trains professionals able to easily move across different technological areas of the information society , which is inherently interdisciplinary . Curriculum: Computer Networks and Applications First year Electromagnetic Fields II Environmental Data and Signals Processing Modern Physics for Engineers Web Engineering Information Security Mathematical Methods for Engineering and Queue Theory Multimedia Communication Systems Radio Mobile Systems Second year Enterprise Information Systems Antennas and radiopropagation in complex environments Advanced Personal Communication Systems Additional Educational Activities 12 ETCS chosen by the student (4 ECTS must belong to ING-INF/05) Database 2 Microwave Engineering Wireless Systems Planning Advanced Java Programming and Mobile Advanced topics in electromagnetics Graph theory Theory of Cryptography Final Dissertation Curriculum: Wireless Networks and Systems First year Electromagnetic Fields II Environmental Data and Signals Processing Modern Physics for Engineers Web Engineering Information Security Mathematical Methods for Engineering and Queue Theory Multimedia Communication Systems Radio Mobile Systems Second year Enterprise Information Systems Antennas and radiopropagation in complex environments Advanced Personal Communication Systems Additional Educational Activities 12 ETCS chosen by the student (4 ECTS must belong to either ING-INF/02 or ING-INF/03) Database 2 Microwave Engineering Wireless Systems Planning Advanced Java Programming and Mobile Advanced topics in electromagnetics Graph theory Theory of Cryptography Final Dissertation [-]

Master's Degree in Telecommunications Engineering

University of Bologna School of Engineering and Architecture
Campus Full time 2 years September 2017 Italy Bologna

Nowadays telecommunications are pervasive, applying to all products of modern life. A telecommunications engineer is able to design, implement and manage telecommunication devices, systems, networks and services. [+]

Master goals Telecommunications engineering is an international program fully-taught in English through which, on the one hand, students will acquire a deep knowledge of the four macro-layer of telecommunications: electromagnetism, signal and systems, networks, application and services; on the other hand, they will obtain a solid background in basic related fields (such as electrical circuits and devices, computer science and mathematics). Students will be supported in developing an appropriate attitude towards analytical and designing methodologies, along with organizational and management skills. Career opportunities Nowadays telecommunications are pervasive, applying to all products of modern life. A telecommunication engineer is able to design, implement and manage telecommunication devices, systems, networks and services. Moreover, a solid background in telecommunications can be very helpful in many other jobs and professional positions: about 50% of the telecommunications engineers who graduated from the University of Bologna find a job in companies not belonging to the field of telecommunications. Learning activities Learning activities are based on the established tradition of telecommunications engineering studies in Bologna: they span from signal propagation in both radio and optical media to communication theory, networks, applications and services, including lectures, laboratory activities and seminars. The course value is strengthened by connections with numerous national and regional industrial partners, resulting in opportunities as internships and student-oriented presentations. Students will be able to benefit from active cooperation at the international level as well as spending a period abroad, broadening his/her knowledge and personal background. Admission Requirements Admission to the 2nd cycle degree programme is conditional to meeting curricular requirements and secondly on assessing student personal competencies and skills. Candidates not meeting curricular requirements will not be admitted to the 2nd cycle degree programme. Those meeting them will be required to sit an entrance exam to assess their personal competencies and skills. Candidates passing the entrance exam will be admitted to the 2nd cycle degree programme. The curricular requirements and assessing methods are indicated below. All candidates must have certified English language skills to at least level B2. Such a certificate may be issued by the "University Linguistic Centre" (CLA) or an equivalent certification body. [-]

Master In Telecommunication Engineering

University of Cagliari
Campus Full time 2 years October 2017 Italy Cagliari

They can access the Master of Science in Telecommunications Engineering students holding a university degree first level. The first-level university degree may have been obtained in the same office or in other locations, even abroad. [+]

Best Masters in Telecommunication in Italy 2017. Access to further studies. Courses of Third Cycle Professional status of the title. Graduates in Telecommunications Engineering find its natural place within companies, public and financial institutions and research centers in which there are research and development, design, production and management of computer systems and information transport and transmission of fixed and mobile telecommunications networks. final test characteristics. The final exam consists of the discussion of a report for an individual work, carried out by the student under the supervision of at least one professor of the Faculty of Engineering of the University of Cagliari, about technical aspects and / or relevant scientific area of ​​' information Engineering. The work will consist of a critical analysis of the state or the drafting of a project at least rough or the development of methods and techniques with a degree of originality or a transfer of methods and techniques from different fields in areas of ' information Engineering. The discussion will be held in front of a commission and you can make use of graphic media and IT. Skills required for access. They can access the Master of Science in Telecommunications Engineering students holding a first-level university degree. The first-level university degree may have been obtained in the same office or in other locations, even abroad. The enrollment acceptance is subject to the possession of curricular requirements and personal preparation. The requirements must be completed before enrollment in the Master's Degree, as the current legislation does not provide for the possibility of having "debits" to be filled during the Master degree. The curricular requirements and personal preparation will be specified in the Study Regulations of the Master of Science. The verification of the student's personal preparation is entrusted to a specific Commission of the Master of Science in Telecommunications Engineering, which will carry out its own assessment on the basis of appropriate documentation proving the previous curriculum. specific educational goals. The Master of Science in Telecommunications Engineering aims to form a Graduates with advanced skills in computer systems and transport information and in the design of electronic devices and systems. Title conferred. Master of Science in Telecommunications Engineering Dublin Descriptors: I - Knowledge and understanding Graduates in Telecommunications Engineering will have acquired an in-depth analysis capabilities in the areas that characterize the degree course with particular reference to the development and transmission of information and the design of electronic systems. This capacity will be achieved by providing future engineers master the mathematical / scientific tools necessary for a complete understanding of the treated material, and applying these tools to the analysis and design of advanced and technologically complex. Compared to the first degree course, it will be given greater emphasis to increasing the material to equip graduates with a strong ability proactive that will put you in a position to contribute to the processes of technological innovation in the areas covered by the Master's Degree. In this view, the knowledge acquired at the end of the course will include the main sectors of telecommunications, including signal processing, digital transmission systems, telecommunication networks, the antennas, the analysis and design of electronic systems. The acquisition of such knowledge will be tested through exercises, intermediate tests, written tests and oral profit, discussion of projects assigned by the teacher. II - Applying knowledge and understanding The Master's Degree in Telecommunications Engineering will have developed the ability to apply knowledge of mathematics and other basic sciences to interpret and describe, even in an original way, the information engineering problems, and telecommunications in particular. Such skills will be complemented by the ability to design tests and experiments both virtual and on real complex systems and understand the results in order to propose solutions, even innovative, to the same problems, presenting itself as an active player in the process of development and technology transfer in various areas in which it will operate, with reference both to the national scene both at the international level. It will also be able to adapt its cultural baggage that will meet the diverse needs in his career. The ability to apply the acquired knowledge will be verified in the course of studies with projects and practical tests, also to be held in groups, for individual courses and thesis work of theoretical / experimental in which the student will be required to deal with technological problems even complex. The ability to understand and self-update will also be verified, leaving the student the task of deepening the scientific literature proposed solutions by evaluating how they can be applied to assigned problems. III - Making judgments The Graduate Degree will be able to make its own assessment and / or judgment based on the interpretation of the available data and abstract patterns, as well as identify ways, including original and innovative, the additional data collection that may be necessary in order to achieve greater certainty about complex information engineering issues, and telecommunications in particular. This is expressed by the capacity of knowing how to do, knowing how to take initiatives and decisions in the awareness of the risks, taking into account both the evolution and development of the technique also impact economic and social choices. Well as through specific courses aimed learning the techniques for developing formal models and acquisition and processing of data and signals, these capabilities will be developed throughout the course of studies through the integration of the teachings. The verification of the maturity and independence of judgment is carried out continuously by the teachers during the training through periodic and final audits. In particular, the teachings that provide for significant design component, through exercises, presentations of theses activities, laboratory work, and the final test, based on an original work, to assess the ability of independent judgment of the student. IV - Communication skills Graduates in Telecommunications Engineering will utilize its technical expertise and the basis for dialogue and communicate their ideas to a wide range of professionals, with an exhibition style appropriate and rigorous. It will also be able to interface with the world of research to present rigorously the problems that need innovative solutions and transfer these solutions in the production world. This kind of ability is essential for the development and coordination of complex projects. Moreover, in addition to Italian, you will be able to use fluently the English language in writing and orally, especially in relation to the technical dictionary of the sector. These skills will be acquired either through the preparation of technical documents for specific projects or presentations, both with adequate introduction to the technical language used in the field of scientific literature (mostly in English). In particular, the final test will provide the student with an opportunity to study and verification of analytical skills, processing and communication of the work done. It provides for the discussion, before a commission, a report produced by the student on a thematic area crossed in his studies. being evaluated in this case are not only the elaborate content, but also the capacity for synthesis, communication and exposure of the candidate, the justification, even dialectics, of the choices made. Language / and official teaching, and assessment of the preparation. ITALIAN V - Learning skills Graduates in Telecommunications Engineering will develop their learning skills in order to continue studying and updating, in order to operate effectively in different areas of work in which you will operate, even with new situations and never addressed before. It will have the self-learning ability needed to undertake further studies, as a second-level Master courses and Doctorate in the field of information engineering, as well as to undertake the work at research centers and advanced design. For this reason, the Graduates will have a broad overview of the methodological landscape, technical and scientific point of reference for study and deal with complex and innovative issues. In particular, many teachings and especially the thesis work, provide for the need for personal insights to provide the ability to search and select the relevant literature and to study and learn the solutions of all sizes. The division of the total labor hours required for the student will give a strong emphasis on personal working hours to offer the student the opportunity to test and improve their learning skills. Other useful tools to achieve this skill are carried out internships in Italy and abroad. [-]

Master in Communication Technologies and Multimedia

University of Brescia
Campus Full time 2 years October 2017 Italy Brescia

The Master Course in Communication Technologies and Multimedia educates highly qualified professionals, with a solid background in the theoretical foundations of the disciplines which are the basis of telecommunications [+]

Entry requirements: Having adequate knowledge at the level of a Bachelor degree, consistent with the disciplines covered by the Master Degree course. Duration of the course: 2 years (120 credits) Educational goals: The Master Course in Communication Technologies and Multimedia educates highly qualified professionals, with a solid background in the theoretical foundations of the disciplines which are the basis of telecommunications in their many aspects, in-depth specialized knowledge about state of the art technologies and methodologies for the development of innovative telecommunications systems, as well as technical and professional skills for consultancy and applied troubleshooting in various fields of telecommunications. Employment opportunities: Master Degree graduates in Communication Technologies and Multimedia may find employment with: businesses involved in designing, producing and running equipment, systems and infrastructures having to do with the acquisition, transport and safety of information and its use in IT applications; businesses which provide telecommunications services at every level, ranging from national and international operators to local ones; businesses using signal processing techniques for applications such as sound and image processing, sensors, robotics, biomedical engineering, remote surveillance, etc.; health care bodies, for the management of the biomedical instruments and for design, realization and management of innovative health services; public and private telecommunications and remote survey agencies, on land or in space; regulatory and control agencies for air, land and sea traffic; public and private research and development centres, working in innovative sectors in the context of engineering and telecommunications. [-]