Machine Translation of "Resolution Of September 21, 2011, At The University Of Malaga, Which Publishes Curriculum Of Graduate In Engineering Of ..." (Spain)

Resolution Of September 21, 2011, At The University Of Malaga, Which Publishes Curriculum Of Graduate In Engineering Of Telecommunication Technologies.

Original Language Title: Resolución de 21 de septiembre de 2011, de la Universidad de Málaga, por la que se publica el plan de estudios de Graduado en Ingeniería de Tecnologías de Telecomunicación.

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TEXT

Having obtained the curriculum of the teachings leading to the obtaining of the Official University Degree of Graduate or Graduate in Engineering of Telecommunications Technologies by the University of Malaga resolution positive verification of the Council of Universities, prior to the approval of the National Agency for the Evaluation of Quality and Accreditation, as well as authorization of the Autonomous Community of Andalusia and, once the official character of the Title and its registration in the Register of Universities, Centers and Titles by Agreement of the Council of Ministers of 1 October 2010 (published in the Official Gazette of the number 273, of the 11th day of November 2010),

This Rectorate, in use of the competencies that it has attributed, and in accordance with the provisions of article 35 of the Law of the Organic Law 6/2001, of 21 December, of Universities, in the wording given by the Law of the Organic Law 4/2007, On 12 April, it resolves to order the publication of the aforementioned curriculum, which will be structured as set out in the Annex to this Resolution.

Málaga, September 21, 2011. -Rectora, Adelaide de la Calle Martín.

ANNEX

Plan of Studies of the teachings leading to the obtaining of the Official University Degree of Graduate or Graduate in Engineering of Telecommunication Technologies by the University of Malaga (linked to the Branch of Knowledge Engineering and Architecture)

DISTRIBUTION OF THE CURRICULUM IN ECTS CREDITS BY TYPE OF SUBJECT

Type of Matter

Credits
Basic Training (BA)	60
(OB)	120
Optives (OP)	54
Practices Required External (PE)	0
End Work (TFG)	6
Total	240

STRUCTURE OF TEACHING BY MODULES AND SUBJECTS

Training Module (60 Credits)

rowspan="4">

FB-Math (24 credits).

credits).

OB The_table_to_izq"> CO-Telecommunication Networks (12 credits).

OB Centro_table_body ">Specific Technology Optional Matries Module (96 Credits, of which students must choose 48)

	Subjects	ECTS Credits	Character
FB-Circuits and Systems (6 credits).	Circuits and Systems 1.		BA
	FB-Enterprise (6 credits).	Economics and Enterprise.	6	BA
FB-Physics (6 credits).	Physics.	6	BA
FB-Informatics (12 credits).	Programming 1.	6
FB-Informatics (12 credits).
2.	6	BA
Math 1.	6	BA
Mathematics 4.	6	BA
Mathematics 3.	6	BA
Mathematics 2.	6
Electronic Technology (6 credits).	Electronic Technology.		BA
University Mandatory Materials Module (60 Credits)
UNOB-Extension of Mathematics (6 credits).
unob-analog and Analog-Electronic Power (6 credits).	Design with Analog Subsystems.	6	OB
UNOB-Microelectronics (6 credits).
UNOB-Digital Systems (6 credits).	Design with Embedded Systems.	6	OB
UNOB-Electromagnetic Engineering (6 credits).

Radiocommunication Foundations.	6	OB
UNOB-Telecommunication Networks (6 credits).	Networks	6	OB
UNOB-Signals and Communications (18 credits).	Digital Communications.	6	OB
	Random.	6

6	6
	OB Circuits and Systems (6 credits)				Circuits and Systems 2.
OB
and Power (6 credits)
OB

		OB Digital Layout	Digital Design.		6
OB

		OB
Telecommunication Networks and Services 1.		6	OB
Telecommunication Networks and Services 2.	6	OB
CO-Signals and Communications (12 credits).	Communication Theory.	6	OB
CO-Signals and Communications (12 credits).	Signs and Systems.	6	OB
6	OB	Microcontrollers.		6	OB
CO-Communications Software (6 credits).
				OB
Telecommunication Systems (24 credits).	Circuits and Subsystems for Communications.	6	OP
	Frequency Circuits.	6	OP
	Communications Systems.	6

Optical Communications.
Systems (24 credits)
			OP

		6	6
	OP	OP
	Systems for Measurement and Control.	6	OP
TE-Sound and Image (24 credits).	Services and Audiovisual Broadcast Systems.	6	OP
	Architectural and Environmental acoustics.	6	OP
	Acoustic Engineering Foundations.		OP

6	(24 credits).	Design of Concurrent and Distributed Systems.	6	OP
Telecom Network Management.
OP
		6	OP
Protocols and Services.	6	OP
Matries Module (18 Credits, of which students must choose 6
UNOP-Optives (18 credits).	Math Add-ons.
	OP

	6
for the Engineering.	6	OP
End Work Module (6 Credits)
End of Grade (6 credits).	Work End Job.	6	TFG

STUDY PLAN TEMPORARY ORGANIZATION

Subjects

FIRST COURSE

Extension

2

OP

End Job

Semester

Character

and Enterprise

1

BA

6

Physical

1

BA

6

Math 1

1

BA

6

Mathematics 2

1

BA

6

Programming 1

1

BA

6

Circuits and Systems 1

2

BA

6

3

2

BA

6

4

2

BA

2

BA

6

BA

6

COURSE

1

OB

6

Circuits and Systems 2

1

OB

OB

6

1

OB

6

OB

1

Signs and Systems

1

OB

6

Propagation Foundations

2

OB

6

Communications Software Foundations

2

OB

6

Microcontrollers

2

OB

6

2

2

OB

6

Signs Random

2

OB

6

TERCER CURSO

Design with Analog Subsystems

1

OB

6

Senal Digital Processed Foundations

1

OB

6

1

1

1

1

1

1

1
OB

and Telecommunication Services 2

1

OB

6

OB

6

6

1

2

2
OB

6

Design with Embedded Systems

2

OB

6

Microelectronics Design

2

OB

6

OB

6

Transport Networks

2

OB

6

FOURTH COURSE

I (view optional subjects relationship)

OP

6

II (view subject relationship optional)

1

OP

6

Optional III (see optional subjects relationship)

1

OP

6

IV (view optional subject relationship)

1

OP

6

OP

6

1

OP

1

VI (view optional subjects relationship)

2

OP

6

VII (see relationship from optional subjects)

2

OP

6

OP

6

IX (view optional subject relationship)

6

2

TFG

6

OPTIONAL SUBJECT RELATION

Optional I: Students must choose a subject from the following three:

Assigns

Add-ons

6

Physics

6

for Engineering

6

Other Optional subjects: Students will have to choose eight subjects from the following:

Assigns
Systems for Senal Processing

Circuits and Subsystems for Communications

6

Frequency Circuits

6

6

Communications

6

Telecommunication Equipment Power Systems

6

6

Systems Design in Chip (SoC)

6

Electronic Systems for Measurement and Control

6

Broadcast Services and Systems

6

Architectural and Environmental acoustics

6

6

and Video Processing

6

Design of Occurring And Distributed Systems

6

Network Management

6

6

Protocols and Services

6

Semester	Character

and Enterprise	1	BA	6
Physical	1	BA	6
Math 1	1	BA	6
Mathematics 2	1	BA	6
Programming 1	1	BA	6
Circuits and Systems 1	2	BA	6
3	2	BA	6
4	2	BA
2	BA		6
	BA		6
			COURSE
1	OB	6
Circuits and Systems 2	1	OB
	OB		6
1	OB	6	OB	1
Signs and Systems	1	OB	6
Propagation Foundations	2	OB	6
Communications Software Foundations	2	OB	6
Microcontrollers	2	OB	6
2		2	OB	6
Signs Random	2	OB	6
TERCER CURSO
Design with Analog Subsystems	1	OB	6
Senal Digital Processed Foundations	1	OB	6
1	1	1	1	1	1	1	OB
and Telecommunication Services 2	1	OB	6
	OB		6

6
1
		2	2	OB	6
Design with Embedded Systems	2	OB	6
Microelectronics Design	2	OB	6
	OB		6
Transport Networks	2	OB	6
FOURTH COURSE
I (view optional subjects relationship)		OP	6
II (view subject relationship optional)	1	OP	6
Optional III (see optional subjects relationship)	1	OP	6
IV (view optional subject relationship)	1	OP	6
	OP		6	1	OP	1
VI (view optional subjects relationship)	2	OP	6
VII (see relationship from optional subjects)	2	OP	6
	OP		6
IX (view optional subject relationship)			6
2	TFG	6


Add-ons	6
Physics	6
for Engineering	6


Circuits and Subsystems for Communications	6
Frequency Circuits	6

6
Communications	6
Telecommunication Equipment Power Systems	6
6

Systems Design in Chip (SoC)	6
Electronic Systems for Measurement and Control	6
	Broadcast Services and Systems	6
Architectural and Environmental acoustics	6
	6
and Video Processing	6
Design of Occurring And Distributed Systems	6
Network Management	6

	6
Protocols and Services	6

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