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Three-year degree in Telecommunication Engineering - 207 minimal credits

Ingeniero Técnico Telecomunic. Espec. Sistemas Electrónicos - 207 credits
Year 1 - 67,5 credits
Subject
Name
Credits
Type

Analysis of Linear Circuits and Systems 9 Core subject

Digital Electronic Circuits and Devices 10,5 Core subject

Analog Electronics I 12 Core subject

Device Electronics 6 Core subject

Physics Fundamentals in Engineering 6 Core subject

Mathematical Fundamentals in Engineering 12 Core subject

Computing 6 Obligatory

Optional credits 6 Optional

 
Year 2 - 69 credits
Subject
Name
Credits
Type

Computing Architecture and Fundamentals 6 Core subject

Electronic Instrumentation and Equipment 10,5 Core subject

Microelectronics 6 Core subject

Digital Electronic Systems 12 Core subject

Analog Electronics II 6 Obligatory

Introduction to Digital Signal Processing 7,5 Obligatory

CAD 6 Obligatory

Optional credits 9 Optional

Credits free option 6 Free option

 
Year 3 - 70,5 credits
Subject
Name
Credits
Type

Projects (ITTSE) 6 Core subject

Electronic Control Systems 9 Core subject

Communication Electronics Fundamentals 6 Obligatory

Introduction to Power Electronics 9 Obligatory

Final Year Project (ITTSE) 15 Obligatory

Optional credits 10,5 Optional

Credits free option 15 Free option

        
Optionals
Ingeniero Técnico Telecomunic. Espec. Sistemas Electrónicos - 25,5 credits
Power Electronic Devices
Optical Communications
Industrial Economics and Organisation
Quality Management and Quality Control
Programming Tools
Virtual Instrumentation
Introduction to Programmable Controllers
Introduction to Telecommunication Systems
Mathematical Methods in Engineering
Microwaves and Antennas
Data Transmission Networks
Remote Measuring Systems
Electronic Systems with Microprocessors
Power Supply Electronic Systems
Distributed Industrial Systems
Multimedia Information Processing
Power Electronic Devices
Optical Communications
Industrial Economics and Organisation
Quality Management and Quality Control
Programming Tools
Virtual Instrumentation
Introduction to Programmable Controllers
Introduction to Telecommunication Systems
Mathematical Methods in Engineering
Microwaves and Antennas
Data Transmission Networks
Remote Measuring Systems
Electronic Systems with Microprocessors
Power Supply Electronic Systems
Distributed Industrial Systems
Multimedia Information Processing
Power Electronic Devices
Optical Communications
Industrial Economics and Organisation
Quality Management and Quality Control
Programming Tools
Virtual Instrumentation
Introduction to Programmable Controllers
Introduction to Telecommunication Systems
Mathematical Methods in Engineering
Microwaves and Antennas
Data Transmission Networks
Remote Measuring Systems
Electronic Systems with Microprocessors
Power Supply Electronic Systems
Distributed Industrial Systems
Multimedia Information Processing