Telecommunications Engineering University of Jaén

Overview

Presentation

The Telecommunications Engineering academic program additionally offers the possibility to complete a dual degree with the Master “Information and Communications Engineering” (ICE) from the Technische Hochschule Mittelhessen – University of Applied Sciences in Germany.

The Master’s Degree is currently taught in the facilities of the Polytechnic School of Linares in the Technological Science Campus. After the recent signing of a collaborative agreement with Seminole State College in Florida, a new Master’s group will be set up at its Sanford campus.

In addition, the Degree boasts the transversal and unique additional training of the University of Jaen and all the activities oriented toward improving your personal and professional projection that the University provides associated with this degree.

Objectives

With the training received in the Master’s in Telecommunication Engineering the professionals will be able to:

• Create, plan, direct, coordinate and manage Telecommunication Engineering projects both technically and economically following quality and environmental criteria.

• Project, calculate and design products, processes and installations in all areas of Telecommunication Engineering.

• Direct, plan and supervise multidisciplinary teams in the development of construction and installation of telecommunication systems meeting the current legislation.

• Execute, direct and manage production processes of electronic and telecommunication equipment, with a safety guarantee for people and property, the finished quality of the products and standardization.

• Design, direct and execute research work and projects, development and innovation in businesses and technological centers, covering all areas related to Telecommunication Engineering and multidisciplinary fields.

Careers

Professionals perform the following duties of a Telecommunication Engineer in a variety of organizations:

• Infrastructure, construction or display of telecommunication networks (cable, fiber, radio).

• Design, management, planning and operation of networks and telecommunication services.

• Design, management and operation of information services (service providers and applications, Internet, intranets).

• Production of audiovisual content.

• Design and management of telecommunication and electronic equipment (hardware and software).

• Production engineering in the manufacture of telecommunication and electronic equipment.