In this module, students will learn the different concepts of Information and Communication Technologies, the so-called ICT, addressing both generic issues such as quality of service and the knowledge to design and implement communication networks and computer networks systems. You will also acquire the most relevant knowledge of current and future digital television systems, in order to reach design of a Digital TV system. Finally, you will acquire the necessary knowledge to implement an Embedded System based on a microcontroller and with various peripherals (audio, video, sensors, communication interfaces, etc.).

Subjects:

• Embedded systems

• Smart cities

• design of telematic networks

• Audiovisual communication systems

The electronics technology module covers aspects related to the design, evaluation and characterisation of electronic systems based on wireless technologies (satellite communication, radio navigation and positioning systems). It also addresses methodologies of design and implementation of analogue and digital stages for electronic communication systems. Finally, two areas of relevance in the current scientific-technological panorama are studied: nanotechnology and photonics, identified as priorities by the European Union. This subject is approached using the project-based learning methodology.

Subjects:

• Radio frequency communications

• Nanotechnology and photonics

• Electronic communication systems

Within this module, modulation and coding techniques are studied, with the study of the fundamentals necessary to reach the limits of information transmission speed. It also deals with the problems presented by mobile and wireless communication systems and studies different digital demodulation techniques. Finally, random signal processing techniques are studied, with applications in many areas of Telecommunications Engineering: mobile communications systems, positioning, radar and sonar, processing and coding of voice, audio and video signals, among others.

Subjects:

• Advanced digital communications

• Mobile and wireless systems

• Random signal processing

In this 10 module, ECTS credit, students learn mainly to manage telecommunication projects, but also receive training in the field of entrepreneurship, focusing on technology-based companies in the field of telecommunications. Students are also trained in people management according to codes of good practice and are trained in aspects such as leadership, talent and change management. Part of this learning takes place at IESE in Madrid.

Subjects:

• Telecommunications business and project management

• Telecommunications project management

This module includes the project Final Master's Degree with a load of 30 ECTS credit. The work can be carried out either at business or at a national or international technology centre, as well as at a foreign university with which Tecnun has signed an agreement.

project End of Master's Degree

Telecommunications business and project management

design of telematic networks

Audiovisual Communication Systems

Embedded Systems

Smart cities

Telecommunications Project Management

Electronic communication systems

Mobile and wireless systems

Radio frequency communications

Random signal processing

Advanced digital communications

Nanotechnology and photonics

Master's Thesis