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Degree in Telematics Engineering

240 credits - Higher Polytechnic School
  This degree has been given the EUR-ACE seal, the international engineering accreditation granted by the ENAEE.

Entry Profile

The ideal characteristics for students wishing to undertake the Degree in Telematics Engineering include:

  1. Ability for spatial vision
  2. Ability for teamwork
  3. Ability for problem-solving
  4. Initiative
  5. Ability to understand, analyse and summarise
  6. Perseverance

Adaptation Course for UIB graduates

The UIB offers an adaptation course for UIB graduates in Technical Telecommunications Engineering (speciality in Telematics), which enables them to obtain the Degree in Telematics Engineering.

The course has received a positive report from the National Quality Assessment and Accreditation Agency (ANECA).

No. of available places: 15

Admission Profile

As stated in the curriculum approved by ANECA, the course is designed for UIB graduates from the curriculum set out in BOE no. 302, Resolution 27243, of 18th December 1997.

Graduates from other programmes may also access this adaptation course without prejudice to the Credit Accreditation and Transfer Committee for the Degree in Telematics Engineering at the UIB establishing any additional training it deems necessary.

If the demand for places is higher than those available, applications will be assessed on the global mark attained by students on their Technical Telecommunications Engineering course.

Course Structure

In order to attain the title of UIB graduate in Telematics Engineering, UIB graduates in Telematics Engineering (1997 curriculum) must pass, in all instances, 36 ECTS credits (18 ECTS credits from compulsory subjects + 18 credits from the Final Degree Project), to which 18 further credits may be added (depending on the students' previous training) as set out in the accreditation conditions below:

Code Subject CR Semester Type
22367 Telecommunication Installations 6 2S COMPULSORY
22368 Multimedia Networks 6 2S COMPULSORY
22365 Network Planning 6 1S COMPULSORY
22376 Final Degree Project 18 Annual COMPULSORY
  Total compulsory credits 36    
30395 English for Engineering 6 2S Possible accreditation
22370 Security on Telematics Networks 6 2S Possible accreditation
21760 Business 6 1S Possible accreditation
  Total maximum credits 54    

The accreditation conditions for subjects 30395, 22370 and 21760 are:

  • Subject 30395 English for Engineering: this must be taken if students do not fulfil the English language accreditation conditions set out in UIB Regulations.
  • Subject 22370 Security on Telematics Networks: this must be taken if the elective subject 2352 Security on Telematics Networks was not passed, on the Technical Telecommunications Engineering degree (speciality in Telematics).
  • Subject 21760 Business: this must be taken if the elective subject 3031 Business Organisation and Management was not passed, on the Technical Telecommunications Engineering degree (speciality in Telematics).
No subject will be accredited for professional or employment experience, or non-official university courses.

In this way, and for academic purposes, automatic accreditation is applied for 204, 198, 192 or 186 ECTS credits (depending on the accredited subjects) based on the presentation of the UIB degree certificate in Technical Telecommunications Engineering (speciality in Telematics), and students must register for the remaining 36, 42, 48 or 54 credits from the table above and pass them to attain the Degree in Telematics Engineering at the UIB.

Registration Conditions

Before being able to enrol, student must pay for the accreditation of the 204/198/192/186 ECTS credits from their previous degree, plus the further 36/42/48/54 credits they must take. The registration rates are the official UIB public prices for courses.

Entry information

Number of places. Academic year 2019-20: 45

Admission mark calculation
For programmes with limited places, the entrance mark for courses will be calculated in accordance with the following criteria:
(1) For entry with high-school diploma or equivalent (PAU: university entrance exam) , the entrance mark is calculated (out of 14 points) with the entrance mark and the two best weighted marks from passed subjects, in accordance with the weighting parameters.
(2) For entry with a higher vocational qualification , the entrance mark is calculated (out of 14 points) with the average from the training course and the two best weighted marks from subjects passed in the PAU entrance block, in accordance with the weighting parameters.
(3) For further information, please see the full details of the weighting parameters for university admission

Cut-off markNotas de corte

 

Validations

Credit Recognition and Transfer Committee for GTTT

Member 3
Padilla Salom, Ana María
Member 4
Ribot Melis, Jaume

Accreditation grid for first and second cycle curricula and new curricula (degree)

Table of equivalences by curriculum Degree in Telematics Engineering

Technical Engineer in Telecommunications, specialising in Telematics (1997)
Technical Engineer in Telecommunications, specialising in Telematics (1997) Degree in Telematics Engineering
2352: Security in Telematic Networks
22370: Security in Telematic Networks
2474: Laboratory of Telematic Systems
22375: Laboratory of Networks and Telecommunication Projects
  • 2476: Mobile Communication Networks
  • 2499: Telematic Networks
22358: Operator Networks
  • 2476: Mobile Communication Networks
  • 3010: Network Architecture
22359: Local Networks and Intranets
2480: Analogical Electronics
22414: Analogical Electronics
2481: Digital Electronics
21048: Digital Electronics
  • 2482: Telematic Engineering and Applications
  • 3010: Network Architecture
  • 22363: Network Architecture and Interconnection
  • 22364: Network Architecture Applications
  • 22373: Laboratory of Networks, Applications and Telematic Systems
2484: Mathematical Foundations I
  • 20301: Mathematics II - Calculus
  • 22352: Calculus II
2485: Introduction to Mathematics II
22350: Linear Algebra and Discrete Mathematics
2486: Instrumentation
22372: Electronics Laboratory
2487: Introduction to Electronics
21756: Introduction to Electronics
2488: Physics
21752: Foundations of Physics
2489: Microcomputers
22361: Microprocessors
2490: Random Probabilites and Processes
22355: Random Probabilities and Processes
2491: Digital Signal Processing
21767: Foundations and Applications of Digital Signal Processing
2493: Radiocommunications
22378: Radiocommunications
2494: Telematic Services
22369: Applications and Telematic Services
2495: Electronic Communication Systems
22360: Propagation, Transmitters and Receivers
2496: Linear Systems
22356: Signals and Systems
2497: Data Transmission I
21770: Data Transmission
  • 2499: Telematic Networks
  • 3010: Network Architecture
  • 22351: Introduction to Telematic
  • 22357: Foundations of telecommunications networks
3016: Projects
22371: Projects
3017: Management of Telematic Networks
22366: Network Management
3022: Software Engineering
22362: Software Engineering and Databases
3025: Microelectronic Systems
22385: Microelectronic Systems
3027: Optoelectronics
22386: Optoelectronics
3029: Optical Communications
22387: Optical Communications
3031: Business Organization and Management
21760: Business
4500: Introduction to Computers
22353: Computers and Operational Systems
4505: Introduction to Programming
  • 20302: Programming - Computer Studies I
  • 22354: Advanced Programming

Automatic accreditation between higher technical programmes and university courses

Automatic accreditation of credits between courses on higher degree training cycles from the professional groups in the Balearic Islands and university degree courses in Telecommunications Engineering (Telematics)
CFGS .
Subject Credits
21756 - Introduction to Electronics 6
21760 - Business 6
22367 - Telecommunication Installations I 6
Electives 12
Total 30
CFGS .
Subject Credits
21760 - Business 6
22353 - Computers and Operational Systems 6
22351 - Introduction to Telematic 6
Electives 12
Total 30
CFGS Senior Technician in Electronic Maintenance
Subject Credits
21756 - Introduction to Electronics 6
21760 - Business 6
21048 - Digital Electronics 6
Electives 12
Total 30
CFGS .
Subject Credits
21756 - Introduction to Electronics 6
21760 - Business 6
22353 - Computers and Operational Systems 6
Electives 12
Total 30
CFGS Senior Technician in Network Computer Systems Management
Subject Credits
21760 - Business 6
22353 - Computers and Operational Systems 6
22351 - Introduction to Telematic 6
Electives 12
Total 30
CFGS .
Subject Credits
20302 - Programming - Computer Studies I 6
21760 - Business 6
22353 - Computers and Operational Systems 6
Electives 12
Total 30
CFGS Senior Technician in Development of Web Applications
Subject Credits
20302 - Programming - Computer Studies I 6
21760 - Business 6
22353 - Computers and Operational Systems 6
Electives 12
Total 30

Accreditation of English Skills

In order to be awarded the degree, students must show that they have reached a level of English by the end of their course that equates to level B2 in the Common European Framework of Reference for Languages (CEFR), in accordance with how this requirement is stipulated in the curriculum. The different ways to attain this are:

  1. passing the specific English language course on the curriculum.
  2. handing in a certificate or accreditation, recognised by the UIB, which shows the student has obtained a minimum level of English equivalent to B2 in the CEFR.
  3. passing a set number of subjects taught in English on the degree course.
  4. passing a set number of subjects taught in English on a mobility programme.

More information.

Academic Accreditation Committee