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.
Spain (Spanish: España) is a diverse country sharing the Iberian Peninsula with Portugal at the western end of the Mediterranean Sea. Spain is considered an exotic country in Europe due to its friendly inhabitants and relaxed lifestyle. The normal duration for University courses in Spain is 4 years, except Medicine and the double degrees, which are 6. Madrid and Barcelona are well known cities around world for its cuisine, vibrant nightlife, and world-famous folklore and festivities.
Madrid City is the capital of Spain. It is a metropolitan area with over 3 million residents. It has an arena called Las Ventas that hosts the annual bullfighting event. The city has many public and private universities.
Request Information Part time Master Degrees in Telecommunication in Madrid in Spain 2017
The Master's Degree in Telecommunications Engineering (Masters in IT) from the Autonomous University of Madrid (UAM) trains for the exercise of the profession of Telecommunications Engineer. [+]
The MEM program (Master of Engineering Management) is composed of the MA in Telecommunications Engineering and the MA in Business Administration (MBA). The aim of this degree program is to train the new leaders of the 21st-century ICT sector. This program, one of the first postgraduate courses in Europe to combine engineering, technology and business administration, is founded on the same principles that inspired the members of the US consortium MEMPC. [+]
The objective of the master's degree in Telecommunications Engineering is to prepare ICAI engineers as the leader of the sector for the upcoming years. The master program combines technical knowledge with more generalistic education applicable to many industrial sectors and companies, by means of very practical education where the student is in the center of the stage. The program is adapted to a society in which internationalization, communication skils, and leadership are indispensable for professional success. [+]
The area of Information Technology and Telecommunications of the Polytechnic School offers official master's degrees in those areas where there is a need for specialized professionals. [+]
Aimed at Latin American professionals in order to provide knowledge management practical and immediate application in their professional activity and in particular [+]
Gadex Program. Specialty Information Technology and Communications Aimed at Latin American professionals in order to provide knowledge management and immediate practical application in their professional activity and in particular executive management, and human linkages, cultural professionals and between professionals and American and Spanish companies.
- Higher degree or professional experience that guarantees a level of responsibility and a sufficient applied knowledge of the subject of the Master. - Be a citizen of a country in Latin America (including Spain).
Number of hours: 425 hours of effective training include: ... [-]
The Master of Science program in Telematics Engineering offers advanced education in the telematic engineering field. This includes theoretical and practical grounds in applications, networks and communication services, protocol architectures, multimedia management, broadband networks, mobile communications, ubiquitous computing, Internet technologies, etc. It also provides the student with knowledge on state of the art technologies, prone to be deployed in the next future hereafter. [+]
Master in Telematic EngineeringThe Master of Science program in Telematics Engineering offers advanced education in the telematic engineering field. This includes theoretical and practical grounds in applications, networks and communication services, protocol architectures, multimedia management, broadband networks, mobile communications, ubiquitous computing, Internet technologies, etc. It also provides the student with knowledge on state of the art technologies, prone to be deployed in the next future hereafter. The program offers lectures specifically devoted to learning research methods, suited to carry out a Ph.D. Thesis after the obtention of the present M.Sc. More detailed information on the Ph.D. program The seminars offered in the program are selected attending to the relevance and interest of the research topic. We invite highly reputed and experienced lecturers for the seminars. The studies conclude with the elaboration and public defense of the final M.Sc. Dissertation. The objective of the Master program is to instruct researchers capable of making original contributions to the development of telematics technologies, such as protocol architectures, multimedia management, mobile and broadband networks, communication applications and services, or networked devices and security, to cite some. This Program provides the students with the abilities, aptitudes, and advanced knowledge in Telematic Engineering required for incorporating into the research and development industry, or entering a Ph.D. Program, such as the Doctorate Program in Telematic Engineering, officially approved as excellent by the Spanish Ministry of Education. To achieve this general objective, the following educational objectives are proposed: The students will have sound and deep knowledge in... [-]
The Master in Telecommunications Engineering is a professional degree which replaces the Telecommunications Engineering degree and qualifies you to practice as a Telecommunications Engineer, under the provisions of Order CIN / 355/2009 of 9 February. [+]
Electronic systems and their associated components are found in virtually all electronic products, from computers and mobile phones, to cars and buildings. The intelligence that microelectronic, nanoelectronic and photonic systems provide forms a large part of the global economy and its role will increase as future products and services become more digital and more connected. Power electronics endow these systems with competitive advantages by increasing their autonomy, reducing the final load and improving energy efficiency. [+]