Master of Science in Telecommunication Engineering

What if you designed the networks that keep the connected world running?

In a context shaped by the deployment of new networks, the expansion of IoT, automation, artificial intelligence applied to intelligent systems, the energy transition and the need for safer, more efficient and more sustainable digital infrastructure, the Master's Degree in Telecommunication Engineering at La Salle-URL positions you as a key professional able to connect technology, business and innovation.

A programme built around real-world cases, applied technology and direct contact with professionals working on today's challenges in the sector.

This master's degree prepares you to meet the growing demand for professionals who can develop, manage and lead projects involving electronic and communications systems, telephone and telematic networks, radio communication installations, telecommunications services and audiovisual systems.

Throughout the programme, you will work with a practical methodology based on real-world challenges and cases: from designing a radio communication system for 4G/5G to deploying a fibre-optic network for a public administration, developing an IoT-based telecare system or designing networks for a public broadcaster covering sports events. You will also explore fields that are key to the future of the sector, including Smart Cities, IoT devices, renewable energy, advanced robotics, intelligent interaction systems, sensors, nanotechnology, wireless devices, real-time processing, technology consulting, entrepreneurship and project management.

The programme incorporates LSHomeLab, a dedicated hardware and software package that includes simulators, an FPGA development board, an IoT telecare platform and development kits, among other resources. This approach takes practice beyond the classroom and helps you build technical, scientific and management skills in environments close to those you will encounter in industry. You will also have the opportunity to complete your Master's Final Project at leading companies or national and international research centres.

After graduation, you can pursue roles such as technology consultant, communications network and systems designer, telecommunications services integrator, electronic systems designer, or project director and coordinator.

Why study at La Salle-URL?

Because the world needs professionals who can understand technology, question it and use it to create real impact.

Challenge-based learning with real-world projects

You will work on real projects and situations that bring you closer to the professional environment from day one.

A transdisciplinary ecosystem

You will collaborate with people from engineering, technology, architecture and business to learn how to solve complex challenges from different perspectives.

Technology with purpose

You will apply data, artificial intelligence and digital tools to develop solutions connected to the real needs of companies and society.

Direct connections with industry

You will engage with professionals, companies and projects that bring you closer to the job market and its real needs.

Barcelona as a living laboratory

You will study in a leading city for technology, entrepreneurship and innovation, connected to some of Europe's most dynamic digital and creative ecosystems.

Frequently Asked Questions about the Master in Telecommunication Engineering (FAQS)

Why study a Master's Degree in Telecommunication Engineering?

Telecommunications are the foundation of the connected society: networks, electronic systems, digital services, IoT, radio communication infrastructure and audiovisual systems. This master's degree prepares you to design, manage and lead technology solutions in a sector that is key to digital transformation, innovation and the development of new connected services.

What makes this master's degree different from other master's degrees in Telecommunications?

The master's degree combines technical, scientific and management training with a methodology based on real-world cases. It also incorporates resources such as LSHomeLab, with simulators, an FPGA development board, an IoT telecare platform and development kits, allowing you to work from a practical, applied perspective.

Does this master's degree qualify you to practise as a Telecommunications Engineer?

Yes. The master's degree provides the professional qualifications of Telecommunication Engineering, allowing graduates to practise the profession independently in Spain, with recognition abroad. It is designed to train professionals capable of leading and developing every stage of the life cycle of telecommunications systems, applications and products.

Who is the Master's Degree in Telecommunication Engineering for?

It is designed for graduates in Telecommunications from any of its specialist areas: Telecommunication Systems, Telematics, Electronics or Audiovisual Systems. It is aimed at people who want to broaden their technical expertise, gain professional qualifications and progress towards positions of responsibility in the technology sector.

What will you learn during the master's degree?

You will learn to develop and apply electronic and communications systems, telephone and telematic networks, radio communication installations, telecommunications services and audiovisual systems. You will also work in areas such as 4G/5G, IoT, Smart Cities, renewable energy, advanced robotics, sensors, nanotechnology, wireless devices and technology project management.

What career opportunities does Telecommunication Engineering offer?

After graduation, you can build your career as a technology consultant, electronic and communications systems designer, telephone and telematic network designer, telecommunications services integrator, or project director and coordinator. You can also take part in R&D&I projects, knowledge transfer and technology innovation.

Can the master's degree be combined with work?

Yes. Classes take place in the evenings, from Monday to Thursday, 7 to 10 p.m., and the master's degree has a modular structure that allows you to study full-time over a year and a half or part-time over three years. It is designed to make it easier to combine study and work.