According to the provisions of Article 35 of the Organic Law 6/2001, of 21 December, of Universities, and in Article 26.3 of Royal Decree 1393/2007, of 29 October, establishing the organization of the Official university teaching, once established the official character of the degree of Graduate/a in Computer Engineering by the University of Malaga and carried out 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 State, number 273, of the On 11 November 2010), by resolution of this University dated 21 September 2011, the publication of the study plan leading to the obtaining of these teachings was ordered in the "Official Gazette of the State" and in the "Official Gazette of the Junta de Andalucía".

Having been dealt with, in accordance with the provisions of Article 28 of Royal Decree 1393/2007, amendments to the aforementioned plan of studies, and once obtained, on 4 November 2013, the mandatory and determining favourable report of the Andalusian Knowledge Agency,

This Rectorate, in use of the competencies that it has attributed, and in accordance with the provisions of article 35.4 of the Law of the Organic Law 6/2001, of 21 December, of Universities, resolves to order the publication of the modification of the curriculum of the teachings leading to the obtaining of the degree of Graduate/a in Engineering of Computers by the University of Malaga, which will be structured according to the annex of this Resolution.

Malaga, 23 September 2014. -Rectora, Adelaide from Martin Street.

ANNEX

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

Distribution of the curriculum in ECTS credits by type of subject

Type of Matter

Credits
Basic Training (BA)	60
(OB)	138
Optives (OP)	30
Practices Required External (PE)	0
End Work (TFG)	12
Total	240

Structure of teachings by modules and subjects

Basic Training Module (60 Credits)

BA

Programming Object-oriented.

	Subjects	ECTS Credits	Character
	Mathematics (18 credits).	Calculation for Computing.
	BA	BA
	Discrete.	6	BA
(12 credits).	Physical Fundamentals of Informatics.	6	BA
	Foundations.	6
Computer (18 credits).	Programming Foundations.
	6	BA
Technology.
BA
(6 credits).	Statistical Methods for the Computing.	6	BA
(6 credits).	Business Organization.	6	BA

Common Training Module (60 Credits)

Programming of Computers (18 credits).

OB

OB

	Subjects	ECTS Credits
Data Structures.		OB
OB	OB	OB Concurrency.	6	OB
, Information Systems, and Systems Engineering Smart (18 credits).	Databases.		OB
	to Software Engineering.	6	OB
Systems.	6	OB
Operating Systems, Distributed Systems, and Networks and Architecture Computers (18 credits).	Distributed Networks and Systems.	6	OB
OB Structure	OB
6	OB
Informatics Projects (6 credits).	Projects and Legislation.	6	OB

Computing Foundations Module (6 Credits)

Theory of Automates and Formal Languages (6 credits).

	Subjects	ECTS Credits	Character
Theory of Automates and Formal Languages.	6	OB

Grade End Project Module (12 Credits)

	Subjects	ECTS Credits	Character
End Job (12 credits).	Degree End Job.	12	TFG

Computer Engineering Add-ons Module (138 Credits, of which students must choose, at least, 18) *

OP

Perception And Reasoning (18 credits)

6

	Subjects	ECTS Credits
and Physical Add-ons (24 credits).	Extending Physics.		OP
				OP
	6		6	OP
	Design Tools.		OP
		6	OP		6	6
		Robots Programming.	6	OP
				6	6
Artificial Intelligence for Games.	6	OP
Vision.	6	OP
Multimedia (18 credits).	3D Graphics Programming.	6	OP
Multimedia Services.	6	OP
Game Programming.	6	OP
Architecture Add-ons (12 Credits).	Virtual Architectures.	6	OP
Distributed Systems (18 credits).	Developing Critical Software.	6	OP
	Wireless Networks.
	OP
		6
Fundamentals and Cross-Add Add-ons (30 credits).	Economics and Policy Foundations Economic.	6
	6		OP
	and Denotational Models Theory.	6	OP
	Information Theory and Coding.
	6	6	OP

Specific External and Optional Practices Module (30 Credits, of which students must choose at least 6) *

Specialized (6 credits).

	Subjects	ECTS Credits
Practices (12 Credits).	External Practices.	12
Specialized architectures.	6	OP
Sensors and Actuators (6 credits).	Sensors and Actuators.	6	OP
Microelectronics (6 credits).		OP
6

Computer Engineering Module I (48 Credits)

6

	Subjects	ECTS Credits
	ComputerArchitecture (18 credits).	Computer Architecture.		OB
		OB		6	OB
Systems and Networks (12 credits).	Operating Systems Layout	6	OB
	Infrastructure Design.	6	OB
Embedded and Real Time Systems (12 credits).	Design Embedded Systems.	6	OB
	Systems Real.	6	OB
Systems (6 credits).	Distributed Programming.	6	OB

Computer Engineering Module II (24 Credits)

	Subjects	ECTS Credits
	Signals and Control Electronics (18 credits).	Design with Microcontrollers.	6	OB
Signals.	6	OB
Design and Configuration of Hardware Platforms (6 credits).	Informatic Infrastructure Design.	6

(*) Students will have to overcome, as a whole, 30 optional credits.

Study Plan Temporary Organization

First Course

Subjects

Calculation for Computing.

BA

Semester	Character
1	BA	6
Foundations.			6
Foundations.	1	BA	6
Foundations of the Computing.	1	BA	6
Math.	1	BA	6
Algebraic Structures for Computing.	2	BA
	BA	6
2	6
Business Organization.	2	BA	6
Oriented Programming.			6
6
BA	2	BA	6

Second Course

Subjects

Analysis and Design of Algorithms.

Semester	Character
1	OB	6
.	1	OB	6
	OB	1	OB	6
Structures.	1	OB	OB	6
1		1	OB	6
Introduction to Software Engineering.	2	OB
Systems Programming and Concurrency.	2	OB	6
Networks and Systems.	2	OB	6
Systems.	2	OB	6
Operating Systems.	2	OB	6

Third Course

Subjects

Semester	Character
1		OB	OB		6
Architects.	1	OB	6
circuits and Signals.	1	OB	6
Design Embedded.	1	OB	6
I (view optional subjects relationship).	1	OP	6
Design with Microcontrollers.	2	OB	6
Network Infrastructure">	2	OB	6
Operating Systems Design.	2	OB	6
Time Systems.	2	OB	6
Optional II (view subject relationship) optional)	2	OB	6

Fourth Course

Subjects

Control by Computer.

Semester	Character
		OB		6
1	OB	6
Informatics Infrastructure Design.	1	OB	6
Programming.	1	OB	6
III (view optional subject relationship).	1	OP	6
Projects and Legislation	2	OB
	OP	12
	12
	12
	12

Optional-Assigned Relation

Assigns

Robots Programming

Systems Automation

Services Multimedia

Extension	6
Digital Electronics	6
Electronics for Home automation	6
6
Modeling and Systems Simulation	6
6	6
6
6
6	6	6	6
6
6
Game Programming	6
Cluster Architecture	6
Software Development	6
Networks	6
	Engineering Protocols	6
and Economic Policy Foundations	6
Scientific Computing Lab	6
6
6	6	6	6	6
Practices	12
Specialized Architectures	6
Sensors and Actuators	6
Process Electronic Implementation	6

(1) In the case of opting for the "External Practices" subject (12 credits), students will also have to choose three optional subjects (18 credits) from among the related ones.

In case of opting for the non-implementation of the "External Practices" subject (12 credits), students will have to choose five subjects (30 credits) from among the related, and must be included in the choice, at least one of the following subjects:

Specialized Architectures.

Sensors and Actuators.

Electronic Processing Implementation.

Language knowledge level requirement for title expedition:

Prior to the issue of the corresponding official graduate degree, students must accredit the knowledge of a second language, other than Spanish and other Spanish languages co-officers, at level B1 (English) corresponding to the "Common European Framework of Reference for Languages". This accreditation must be carried out in accordance with the provisions of the Partnership Agreement signed between the universities of Andalusia for the accreditation of foreign languages, dated 2 July 2011, and its subsequent development.