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Resolution Of November 17, 2009, Of The Rey Juan Carlos University, That Publishes The Plan Of Graduate Studies In Telecommunications Systems Engineering.

Original Language Title: Resolución de 17 de noviembre de 2009, de la Universidad Rey Juan Carlos, por la que se publica el plan de estudios de Graduado en Ingeniería en Sistemas de Telecomunicación.

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TEXT

According to the provisions of Article 35.4 of the Organic Law 6/2001, of 21 December, of universities; the additional provision, sixth, of Royal Decree 1393/2007 of 30 October, establishing the the official university teaching and the second paragraph of the Agreement of the Council of Ministers of 29 August 2008 establishing the official character of certain degree titles of the Universidad Rey Juan Carlos, and once approved the positive verification of the proposed degree of degree in Engineering in Systems of Telecommunications by the Universidad Rey Juan Carlos,

This Rectorate has resolved to order the publication of the curriculum (5.1 Structure of Teachings) of the Degree in Engineering in Telecommunication Systems as an annex to this Resolution.

Mostoles, November 17, 2009. -Rector, Pedro González Trevijano Sanchez.

ANNEX

5.1 Structure of Teachings.

Table 1.1 Summary of Materials and Distribution in ECTS Credits

matchtype

CREDITS

Training

72

108

Optives

24

Practices external

18

Recognition

6

12

Total Credits

240

Structure of teaching by modules and subjects

Statistics.

6

Fundamentals Telecommunication Engineering physicists.

6

6

(*) The University will establish the appropriate mechanisms to guarantee students the academic recognition of credits for participation in activities cultural, sports, student representation, solidarity and cooperation, as provided in the Royal Decree 1393/2007, in Article 12.8

Module

Matter

Allocate

ECTS

Module
Common Basic Knowledge.

Communication.

Oral and Written Expression or Information Search.

6

Informatics.

Programming Foundations.

6

.

Norms and Deontology in Telecommunications.

6

Modern Language.

Modern Language.

6

Mathematics.

Mathematics.

6

6

The_table_izq"> Math.

Linear Algebra and Discrete Math.

6

Enterprise Organization and Human Resources

6

Math.

Signals and Systems.

6

.

Physical Foundations of Telecommunication.

6

6

.

.

Statistics.

6

6

6

6

The_table_table_izq"> Required Knowledge Module.

Networks, Systems, and Services.

Computer Network Architects.

6

Systems and Circuits.

6

Fundamentals Telecommunication Engineering Mathematicians.

Extending Signals and Systems.

6

Electronic.

Electronics.

Electronics.

6

Foundations of Telecommunication Engineering.

Radiation and Propagation.

6

, Systems, and Services

Telematics Systems.

6

and Audiovisual Systems.

Communication Theory.

6

Electronic and Terminals Technologies.

6

Networks, Systems, and Services

Services and Applications on Computer Networks.

6

6

6

6

6

6

6

6

The_table_table_izq"> Communication and Audiovisual Systems.

Processing Tokens.

6

Electronic and Terminals Technologies.

Computer Architecture.

6

Organization, Administration, and Telecom Enterprise Management.

Research Operational.

6

6

Software.

Systems Software.

Communication and Audiovisual.

Mobile Communications.

6

Systems and Audiovisual.

Extending Systems Telecommunication.

6

and Audiovisual Systems.

Microwaves.

6

Knowledge Module (choose 4 subjects).

Communication Systems and Audiovisual.

Optical Communications Lab.

6

and Audiovisual Systems.

Communications by Satellite and Radionavigation.

6

Organization, Administration, and Telecom Enterprise Management.

Quality Control.

6

6

6

6

6

Communication and Audiovisual Systems.

Signals Digital Processing Applications.

6

Communication and Audiovisual Systems.

and Audiovisual Systems

6

6

and Audiovisual Systems

6

6

The_table_table_izq"> Sectoral Communications.

6

Networks, Systems, and Services.

Laboratory of Protocols and Multimedia Services.

6

and Audiovisual Systems.

Image and Video Digital Processing Applications.

6

and Audiovisual Systems.

Telemedicine.

6

, Systems, and Services.

Developing Telematics Applications.

6

Organization, Administration, and Telecom Enterprise Management.

External Practices Module.

External Practices.

External Practices.

18

Credit Academic Recognition Module.

Credit Academic Recognition.

6

The_table_table_izq"> Grade End Job Module.

Work End Job.

End-of-grade work.

Learning Pathway of Teaching

Course 1.

Matter

FB

Allocate

Character

Basic Training.

Calculation and Differential Analysis.

FB

6

Basic Training.

Linear Algebra and Discrete Math.

FB

6

FB

6

Basic Training.

Business Organization and Human Resources.

FB

6

Branch Common.

Oral and Write Expression and Information Search.

OB

6

Signals and Systems

Signals and Systems.

FB

6

Basic Training.

Physical Foundations of the Telecommunication.

FB

6

Branch Common.

Computer Network Architecture.

OB

6

Basic Training.

Systems and Circuits.

FB

6

Supplementary Training.

Modern Language.

OB

Total credits to be cured: 60.

Course 2.

Matter

Basic Training.

Allocate

Character

Basic Training.

Statistics.

FB

6

6

FB Telecommunication.

Telecommunication Systems Programming.

OB

6

Basic Training.

Extending Signals and Systems.

FB

6

Branch Common.

OB

6

OB.

Radiation and Propagation.

OB

6

Common Telecom Branch.

Regulations and Deontology in Telecommunications.

OB

6

Telecom Branch.

Telematics Systems.

OB

6

Telecom Branch.

Communication Theory.

OB

6

Telecom Branch.

Digital Systems.

OB

6

Total credits to be cured: 60.

Course 3.

Matter

Allocate

Character

Specific Technology.

Services and Applications on Computer Networks.

OB

OB

OB

6

Technology.

Telecom Systems.

OB

6

Technology.

Digital Communications.

OB

6

Technology Specifies.

Signal Processing.

OB

6

Operational Research.

Operational Research.

OB

6

Technology.

Software Systems.

OB

6

Technology.

OB

OB

6

Optativity Specific Technology.

Optional 1.

OP

6

External Practices.

External Practices.

OB

Total credits to be cured: 60.

Course 4.

Matter

Academic Recognition.

Allocate

Character

Technology.

Extending Telecommunication Systems.

OB

Optional 2.

OP

6

6

Optativity Specific Technology.

Optional 3.

OP

6

Technology.

OB

6

Optativity Specific Technology.

Optional 4.

OP

6

External Practices.

External Practices.

OB

12

Recognition credits academic

OP

6

End Job

OB

credits to be cured: 60.

(*) The University will establish the mechanisms In order to guarantee students the academic recognition of credits for participation in cultural, sports, student representation, solidarity and cooperation activities, as provided for in the Royal Decree 1393/2007, in Article 12.8