Degrees
Bachelor's Degree in Electronic Engineering for Telecommunication and University Master's Degree in Telecommunication Engineering New

Bachelor's Degree in Electronic Engineering for Telecommunication and University Master's Degree in Telecommunication Engineering

Study guides

Table of credits for each course

  Basic training Compulsory  Optional Bachelor's Degree Final Project
1st year 60      
2nd year   60    
3rd year   60    
4th year   12 36 12
Totals 60 132 36 12
Master's degree credits table
  Compulsory Optional Master's Dissertation
1st year 60    
2nd year   20 10
Totals 60 20 10

 

Period of study

Six-monthly

Part-time or full-time

Full-time, with the possibility of part-time dedication in line with UAB regulations.

Basic and compulsory training

1st year 2nd year
- Calculus
- Algebra
- Statistics
- Foundations of Physics
- Foundations of Computer Science
- Foundations of Signals and Systems
- Circuit Theory and Electronics
- Foundations of Engineering
- Foundations of Software Engineering		 - Electronic Circuits and Components
- Radiation and Guided Waves
- Foundations of Communications
- Computer Architecture and Peripherals
- Discrete-Tiem Signals and Systems
- Digital Systems and Hardware Description Language
- Analogue Electronics
- Organisation and Business Management
3rd year 4th year
- Transmitter and Receiver Electronics
- Electronic Systems Design
- Instrumentation I
- Project Management and Legislation
- Foundations of Networks
- Electronic Circuits and Technologies
- Radiofrequency and Microwave Engineering
- Electronic Systems and Applications
- Instrumentation II
- Electronic Power Circuits		 - Bachelor's Degree Final Project
- Control Systems
Compulsory master's degree modules
1st year 2nd year

1st semester

  • Integrated Circuit Design for Communications
  • Phased Array Antenna Design and Applications
  • Linear Networks Design for Spectrum Management
  • Estimation and Detection Methods
  • Telecommunications Infrastructure Planning and Management

2nd semester

  • Instrumentation and RF/Microwave Sensors for IoT and Industry 4.0 Applications
  • Artificial Intelligence Applied to Next-Generation Mobile Communications
  • Multichannel Signal Processing
  • Security and Privacy in Telecommunications
  • Integrated Systems for Digital Signal Processing
  • Master's Dissertation
   

 

Optional subjects

4th year
  • Work Placement / 12 cr.
  • Electromagnetic Compatibility / 6 cr.
  • Electronic Devices / 6 cr.
  • On-Chip Microsystems Design / 6 cr.
  • SoC Chip Design / 6 cr.
  • Advanced Microwave Circuit Design and Simulation / 6 cr.
  • Artificial Intelligence in Electronic Engineering / 6 cr.
  • LoT and Artificial Intelligence / 6 cr.
  • Sensors Integrated into Wearable Devices / 6 cr.
  • Wireless Communication Energy Harvesting / 6 cr.
Optional master's degree modules
2nd year
  • Planar Antennas for Wireless Communications 
  • Quantum and Post-Quantum Cryptography 
  • Radio Frequency Identification Devices and Systems 
  • Design of Active Systems for Low Earth Orbit Satellite Payload
  • Internet of Things and Edge Computing
  • IoT Lab and Projects 
  • Optimization Methods for Wireless Systems 
  • Audio, Voice and Neural Signal Processing
  • Wireless Localization Systems