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Resolution Of April 15, 2015, Of The University Of Seville, By Which Publishes Modification Of The Curriculum Of Graduated In Telecommunications Engineering From The Technologies.

Original Language Title: Resolución de 15 de abril de 2015, de la Universidad de Sevilla, por la que se publica la modificación del plan de estudios de Graduado en Ingeniería de las Tecnologías de Telecomunicación.

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TEXT

Pursuant to Articles 26 and 28 of Royal Decree 1393/2007 of 29 October, as amended by Royal Decree 861/2010 of 2 July 2010 laying down the procedure for the modification of plans from studies already verified and once received a favourable report from the Knowledge Agency of 12 June 2014 to the amendments presented in the curriculum of the degree of graduate/graduate degree in engineering of the Telecommunications by the University of Seville,

This Rectorate, in accordance with the provisions of Article 26.3 of Royal Decree 1393/2007 cited above, has resolved to order the publication of the amendment of the curriculum of the Graduate/Graduate degree in Telecommunications Technologies Engineering by the University of Seville, which is structured as set out in the Annex to this Resolution.

Sevilla, April 15, 2015.-El Rector, Antonio Ramirez de Arellano Lopez.

ANNEX

Graduate Studies Plan in Telecommunication Technologies Engineering by the University of Seville

-Mention on Telematics.

-Mention on Electronic Systems.

-Mention in Telecommunication Systems.

-Mention in Sound and Image.

Knowledge Branch: Engineering and Architecture

Partition Centers: Engineering Higher Technical School

Distribution of the curriculum in ECTS credits by type of subject:

Type of matter

Credits

F Basic training

60

Required

102

P Optives

66

T End Job Grade

12

Total

240

Structure of teachings by modules:

F

F

F

Structure and Network Protocols Public.

Module

Allocate

Character

Basic Training.

Basic Electronics.

F

6

.

F

6

.

F

F

6

Mathematics I.

F

II.

F

6

6

Signs and Systems

F

F

6

F

Circuits.

F

6

Extension.

O

O

 6

Communications.

O

6

Automatic Control.

O

6

Engineering Organization.

O

6

Mathematics III.

O

6

Mathematical Methods.

O

Multiservice Networks.

O

6

Common to Telecommunication branch.

Power Electronics.

O

O

6

and Telematics Services Foundations.

O

6

OR

6

Or
Foundations.

O

6

6

O

6

O

.

O

6

Infrastructure Systems.

6

6

Communication.

O

6

P

Telematics Projects.

4.50

Module

Materies

Allocate

Character

Credits

Technology.

Mention on Telecommunication Systems.

High Frequency Circuits.

P

Digital Communications.

P

Communications Foundations.

P

Fundamentals of Radiocommunication.

P

6

P

P

4.50

Radiocommunication Systems.

P

6

P

P

Digital Signals Treatment.

P

4.50

Digital Signals Treatment in Communications.

P

Mention on Electronic Systems.

P

P

Electronic Systems.

P

6

Integrated Electronics.

P

Teams for Multimedia Information Systems.

P

Engineering.

P

6

Projects Electronics.

P

Electronic Communications Systems.

P

P

Mention in Sound and Image.

Audio, Video, and Television Equipment and Systems.

P

Processing Foundations.

P

Acoustics Engineering.

P

6

and Legislation Measures.

P

P

P

Systems.

P

.

P

6

Multimedia Signals Digital Treatment.

P

P

P

Mention on Telematics.

Advanced Network Architecture.

P

6

P

Managing Telecommunication Networks.

P

Engineering.

P

6

Planning and Simulation of Networks.

P

P

.

P

P

Systems.

P

Teletraffic.

P

Optics in Sound and Image.

P

Digital Image Treatment

4.50

P

P

Computer.

Module

Assigns

Character

telecommunication systems mention optional.

Mobile Communications.

P

Domotics

P

P

Radiodetermination and Radionavigation.

P

P

Mention on Electronic Systems.

Automation and Industrial Communications.

P

4.50

Microsystems.

P

Robotic.

P

Systems

P

High Frequency Technologies.

P

4.50

Design of Interactive Applications.

P

Holography and Display 3d.

P

instrumentation Audio, Video, and Television.

P

3d Animation Techniques.

P

P

P

P

P

P

P

Sensors and Autonomous Systems Networks.

P

Industrial Networks.

P

Distributed Systems and Web Services

P

4.50

Common Optives.

Electronics

P

P

P

Computational.

P

History and Methodology.

P

P

Security in Telematic Networks and Services.

P

9

-of-Grade Work

P

End-of-Grade Work.

T

12

Temporary Organization of Study Plan Subjects:

Course

6

Duration

Allocate

Character

Credits

First.

C1

F

F

C1

Programming Foundations I.

F

6

C1

Mathematics I.

F

6

C1

Mathematics II.

F

6

Computers Foundations.

Statistics.

F

C2

Device and Component Technology

F

6

C2

Circuit Theory.

F

6

C2

Programming Foundations II.

O

6

C2

Mathematics III.

O

6

Second.

C1

Basic Electronics.

F

6

C1

Organization of Companies.

F

6

C1

Signs and Systems.

F

C1

C1

C1

6

C1

6

C2

O

O

C2

OR

O

6

C2

Applications and Telematics Services Foundations.

6

6

 C2

Wave Propagation

O

6

C2

Communication Theory.

O

6

Third.

C1

OR

C1

C1

C1

C1

C1

O

O

C1

O

O

C1

O

O

O

C2

C2

Digital Electronic Systems.

O

C1

C1 The

O

6

OR

OR

OR The

12

12

A: Annual. C1: 1.er quad. C2: 2. 4th quarter.

Note: According to the Verification of the Title, the student, before the completion of his studies, must accredit a level of language skills in an equivalent foreign language, at the B1 level of English The European Common Framework of Reference for Languages.