Degree in Telematics Engineering
240 credits - Higher Polytechnic School
- Cybersecurity
- Network design and roll-out
| Duration | 4 years / 240 credits |
|---|---|
| Level MECES | 2 |
| Spots for new students |
45 places for the academic year 2024-25
|
| Teaching method | In-Person Classes |
| Price |
Public price per credit, 1st registration: ¤17.85, ¤41.12, ¤89.02, ¤123.35 for 1st, 2nd, 3rd and 4th enrolment respectively.
(*)
Total cost
of the first enrolment in the first year:
¤1,112.19
(*) (**)
|
(*) Prices for the academic year: 2024-25
(**) Total cost of the first enrolment in the first year, including taxes, for EU
members under 28 years of age without any
special condition:
The degree programme in telematics engineering trains students with knowledge on the set of technologies, systems, services, and applications that are instrumental to both information technologies and telecommunications.
The Degree in Telematics Engineering leads to the obtaining of a certification to work as a professional Technical Telecommunications Engineer, as set out in Order CIN/352/2009.
What skills will you acquire?
Telematics engineers have superior abilities when it comes to: designing data transmission networks, communications protocol, the Internet in general, telephone switching and signalling, the architecture and operating systems for telematics systems, web servers, the design of web-based applications and services, and safety on communication networks, amongst others.
What profile should you have?
The ideal characteristics for students wishing to undertake the Degree in Telematics Engineering include:
- Ability for spatial vision
- Ability for teamwork
- Ability for problem-solving
- Initiative
- Ability to understand, analyse and summarise
- Perseverance
What career opportunities will you have?
The Degree in Telematics Engineering leads to certification to work as a professional Technical Telematics Engineer as set out in Order CIN/352/2009.
This type of professional may carry out different tasks on the labour market, such as:
- Plan, install, manage and maintain communications networks (LAN, internet, intranets, WLAN, mobile telephone networks, etc.)
- Produce communal building infrastructure projects (ICT)
- Design and audit networks
- Design and implement security systems and tools both for data storage and transmission, or to protect against unauthorised access
- Security diagnostics and audits
- Design and develop telematics applications and services (e-mail, www, online shopping, etc.)
- Design and develop communications protocols (TCP/IP)
- Marketing and sales
- Consulting (developing regulations, standards)
- Provide expert reports and legal expertise
- Teaching and research to develop new technologies and services.
In addition, if students wish to study further, graduates in Telematics Engineering may take the Masters in Telecommunications Engineering, which certifies them to work as a Telecommunications Engineer.
For more information see: http://eps.uib.es
Travel and Learn
The UIB offers students the chance to take part in different exchange and mobility programmes:
- Exchange and mobility programmes: to complete part of your studies at another university in Spain, the European Union, and around the world, or to get work experience at businesses in the European Union, managed by the International Relations Service.
- Volunteer work experience and projects with university development cooperation programmes in least developed countries, run through the development cooperation programmes managed by the Cooperation for Development and Solidarity Office (OCDS).
High-quality official study
Legislation requires that official Spanish Degrees receive positive evaluations by the National Agency for Quality Assessment and Accreditation (ANECA). This process is called verification, and it serves to ensure that the development programme in which you will participate will provide the skills and learning results that it is supposed to.
See the official degree study plan report
The European Higher Education Area requires that a system be in place to ensure the quality of degree programmes .
Bachelor's programmes are subject to assessment and are continuously improved upon in order to guarantee their prestige and recognition within Europe. You can see the results of the assessments at results section .
Engineering and Architecture
Electrical Engineering, Electronics Engineering and Telecommunications Engineering