The MET is structured in two courses (four semesters) with a load of 30 ECTS for each term. All courses consist of 5 ECTS, with the exception of the Final Degree Project (30 ECTS).
The organisation and sequencing of the contents is based on the following modules:
Technological Management of Telecommunication Projects Module: mandatory, it includes competences defined in the order CIN/355/2009 (BOE 9/2/2009).
Telecommunication Technologies Module: mandatory, it includes the competences defined in the order CIN/355/2009 (BOE 9/2/2009).
Advanced Training Module, mandatory for each specialty.
Complementary Training Module (elective).
Final Degree Project (TFM).
1st year
The structure of the degree in this course is indicated in the table below. It includes in its entirety the Technological Management of Telecommunication Projects and the Telecommunication Technologies Modules, thus covering the content requirements of the regulated profession.
In the Telecommunication Technologies Module, each student will select their speciality and will be trained according to this decision.
Technological Management of Telecommunication Projects Module
Subject
Course
S
Type
Technological Project Management
Telecommunication Engineering in the Information Society
1
OB
Technological Project Management
Telecommunication Project Management
2
OB
OB = Compulsory
Telecommunication Technologies Module
Topic
Course
S
Type
Fundamentals of Telecommunication
Treatment of Signal in Communications
1
OB
Fundamentals of Telecommunication
Radio
1
OB
Fundamentals of Telecommunication
Electronics and Photonics for Communications
2
OB
Fundamentals of Telecommunication
Network Technologies
1
OB
Fundamentals of Telecommunication
Application Technologies
1
OB
Fundamentals of Telecommunication
Advanced Digital Electronic Systems
1
OB
Fundamentals of Telecommunication
Design of Analog Electronic Circuits
2
OB
Radiocommunication I
Optical Communications
2
OP (OB-ES 1)
Radiocommunication I
Antennas
2
OP (OB-ES 1)
Radiocommunication I
Radio Laboratory
2
OP (OB-ES 1)
Telematics I
Internet Engineering
2
OP (OB-ES 2)
Telematics I
Wireless Networks and Ubiquitous Computing
2
OP (OB-ES 2)
Telematics I
Web Engineering
2
OP (OB-ES 2)
Electronics I
Analogue and Digital Mixed Circuits
2
OP (OB-ES 3)
Electronics I
Hardware/Software Coding of Embedded Systems
2
OP (OB-ES 3)
Electronics I
Design and Fabrication of Integrated Circuits
2
OP (OB-ES 3)
Signal Processing for Communication I
Advanced Digital Communications
2
OP (OB-ES 4)
Signal Processing for Communication I
Signal Processing in Audiovisual Systems
2
OP (OB-ES 4)
Signal Processing for Communication I
Multimedia Communications
2
OP (OB-ES 4)
OB = Compulsory / OP = Elective / OP (OB-ES) = Elective (Specialisation Compulsory)
2nd year
The structure of the degree in this year is also shown in the table. Students will continue with advanced training in their chosen specialty and have the option of doing internships in companies and complementing them with electives.
Advanced Training Module
Topic
Course
S
Type
Radiocommunication II
Satellites
3
OP (OB-ES 1)
Radiocommunication II
Broadband Radio Systems
3
OP (OB-ES 1)
Radiocommunication II
Mobile and Wireless Communication
3
OP (OB-ES 1)
Telematics II
Distributed Computing
3
OP (OB-ES 2)
Telematics II
Data Analysis
3
OP (OB-ES 2)
Telematics II
Social and Economic Networks
3
OP (OB-ES 2)
Electronics II
Photovoltaic Power Electronics
3
OP (OB-ES 3)
Electronics II
Signal Conditioners
3
OP (OB-ES 3)
Electronics II
Implementation and Operation of Electronic Equipment
3
OP (OB-ES 3)
Signal Processing for Communication II
Signal Processing in Real Time
3
OP (OB-ES 4)
Signal Processing for Communication II
Advanced Communication Systems
3
OP (OB-ES 4)
Signal Processing for Communication II
Statistical Signal Processing
3
OP (OB-ES 4)
OP (OB-ES) = Elective (Specialisation Compulsory)
Complementary Training Module (electives)
Topic
S
Type
Numerical Linear Algebra in Telecommunication Engineering
3
OP
Numerical Optimization in Telecommunication
3
OP
Mathematical Models and Numerical Simulation
3
OP
Cryptographic Data Protection Techniques
3
OP
Machine Learning
3
OP
Network and Systems Administration
3
OP
Technologies for Web Development
3
OP
Mobile Application Development
3
OP
Network Information Theory
3
OP
Networked Learning and Collaborative Work
3
OP
Human- Computer Interaction
3
OP
Radionavigation
3
OP
Optical Networks
3
OP
Radar
3
OP
Microwave and Millimeter Wave Circuit Design and CAD
3
OP
Multimedia Security
3
OP
Intelligent Sensors
3
OP
Laboratory of Digital Electronics for Communications
