Official Master's Degree in Telecommunication Engineering

Study guides

Degree obtained:

Telecommunication Engineering

Course begins on

09/09/2026

Teaching timetable

Onsite classes for UAB official master¿s degrees usually take place in the afternoons, from 15.00 onwards, Monday to Friday. Depending on the semester, there may be classes every day or only some days of the week. As far as possible they are scheduled on two or three days a week

Study plan structure

 

	Compulsory	Optional	Final Project
First Year	60	0
Second Year	0	20	10
Totals	60	20	10

Compulsory training

First Year

Second Year

First semester 45645 - Integrated Circuit Design for Communications 45639 - Phased Array Antenna Design and Applications 45642 - Linear Networks Design for Spectrum Management 45640 - Estimation and Detection Methods 45647 - Telecommunications Infrastructure Planning and Management Second Semester 45646 - Instrumentation and RF/Microwave Sensors for IoT and Industry 4.0 Applications 45625 - Artificial Intelligence Applied to Next-Generation Mobile Communications 45641 - Multichannel Signal Processing 45643 - Security and Privacy in Telecommunications 45644 - Integrated Systems for Digital Signal Processing

First semester 45681 - Master's Degree Dissertation

Optional subjects

From Second Year

45652 - Planar Antennas for Wireless Communications ( 5 credits ) 45651 - Quantum and Post-Quantum Cryptography ( 5 credits ) 45653 - Radio Frequency Identification Devices and Systems ( 5 credits ) 45648 - Design of Active Systems for Low Earth Orbit Satellite Payload ( 5 credits ) 45679 - Internet of Things and Edge Computing ( 5 credits ) 45654 - IoT Lab and Projects ( 5 credits ) 45650 - Optimization Methods for Wireless Systems ( 5 credits ) 45680 - Audio, Voice and Neural Signal Processing ( 5 credits ) 45649 - Wireless Localization Systems ( 5 credits )

(1) The University Master’s Degree in Telecommunication Engineering is a qualifying master’s program regulated by Order CIN/355/2009, which means that direct access will be reserved for those who have previously acquired the competencies established in section 3 of said Order, that is, those included in the Bachelor’s degrees that qualify for the practice of the profession of Technical Telecommunication Engineer, in accordance with the provisions of Order CIN/355/2009 (verification requirements for Bachelor’s degrees in Telecommunication Engineering).
Likewise, candidates may access the master’s program if they can certify having completed:

• The basic training module,
• The common module in the telecommunication branch, and
• At least 48 credits corresponding to the set of blocks of the specific technology module of a Bachelor’s degree that qualifies for the profession of Technical Telecommunication Engineer, as provided in the aforementioned Order CIN/355/2009.

(2) Access will also be granted, upon completion of additional training (up to a maximum of 18 ECTS), to those holding a Bachelor’s degree in related fields, such as those whose academic profile falls within the scope of electrical and electronic engineering.
The maximum load of these additional courses cannot exceed 20% of the total credits of the master’s program, which amounts to a limit of 18 credits.

All subjects are worth 6 credits unless otherwise stated.
All optional subjects are not scheduled each year.