Obtained the verification of the curriculum by the Council of Universities, prior to the favorable report of the National Agency for Quality Assessment and Accreditation and declared the official character of the Title by Agreement of the Council of Ministers of 8 March 2013 (published in the "BOE" of 24 April 2013, by Resolution of the General Secretariat of Universities of 2 April 2013),

This Rectorate has resolved to publish the curriculum conducive to obtaining the Graduate or Graduate Degree in Computer Engineering.

The curriculum referred to in this Resolution shall be structured in accordance with the Annex to this Resolution.

Collado Villalba, April 20, 2015.-El Rector, José Andrés Sánchez Pedroche.

ANNEX

Structure of the teachings

The curriculum has been structured in subjects and, within them by subjects, considering that this is the academic teaching/learning unit that best fits the homogeneity of the proposed Degree, and in its design Royal Decree 1393/2007 on basic matters has been taken into account. The general structure of the teachings leading to the Degree in Computer Engineering, taking into account the character of the subjects and their content in ECTS credits, is collected in the following table.

Distribution of the curriculum in ECTS credits by type of subject

Type of Matter

Basic Training	60
	108
Optives:
Mention options	48
Other Optives	12
Practices external (required)	0
End Job	12
Total	240

The subjects that make up the 60 ECTS credits of basic training correspond to the following branches of knowledge contained in Annex II of Royal Decree 1393/2007:

Assigns

Organization of Companies.

Knowledge Branch	Matter	Credits (ECTS)	Course
Foundations.	Engineering and Architecture.	Informatics.	6	First.
Algebra.	Engineering and Architecture.	Mathematics.	6	First.
Analysis Mathematician.	Engineering and Architecture.	6		First.
and Information Technologies Communication.	Engineering and Architecture.	Informatics.	6
Electromagnetism, Semiconductors and waves.	Engineering and Architecture.	Physics.	6
and Architecture.	Engineering and Architecture.		6		6
English.	Arts and Humanities.	Modern Language.	6
and Probability.	Social and Legal Sciences.			6		Second.
	Computer Law and Professional Deontology.	Social and Legal Sciences.	6		6	6
Social and Legal Sciences.	6		6

Total Basic Training Credits: 60 ECTS.

The subjects for the required subjects are as follows:

Required subjects subjects

Assigns

Data.

6

.

.

ECTS Credits	Course
6	First.
6	First.
Methodology of Programming.	6	First.
6
6	Second.
6		Second.
Systems.	6	Second.
-Computer Interaction.	6	Second.
paradigm Programming.	6	Second.
Analysis and Design of Algorithms.	6	Second.
and Information Engineering.	6	Third.
Intelligence Artificial.	6	Third.
Engineering I.	6	Third.
Automates and Language Processors.	6	Third.
Architecture and Systems.	6	Third.
Engineering.	6	Third.
Systems.	6	Third.
and Cryptography Security.	6	Third.
-of-Grade Work.	12	Fourth.
Credits.	120

The subjects of optional subjects are organized in two different terms and a bag of generic electives. Each mention is made up of eight subjects that make up 48 ECTS credits. In this way, the student is offered the possibility of choosing a mention of the two, and must make the 48 ECTS credits of this mention. In addition to the 48 ECTS of the mention students must exceed 12 ECTS of optional subjects, either with subjects from the other mentions, or with subjects from the generic optional bag.

Optional subject subjects

Mention Assigns	ECTS
6
Patterns and Frameworks	6
	III Engineering	6
Web Programming	6
Engineering II	6
Programming in business environments	6
Engineering	6
Management	6
Credits for mention	48

Assigns of Mention in Business Applications

Operational Research

ECTS
6
Support Systems	6	6
Business Intelligence	6
Business Applications	6
Strategic Planning for ICT
		6
6
Models and Technologies Information Systems	6
Credits for mention	48

Generic Optives Bag Assigns

ECTS
Skills Directives	6
Informatics Systems Audit
Social Responsibility	6
	Practices External	12

In order to study the subjects of optional subjects, in each academic year the university will make a sufficient offer of subjects, which will allow all its students to exceed the 48 ECTS credits provided for them. Students who so request may choose to perform the external practical subject of 12 ECTS instead of two subjects from the generic optional bag.

In addition, students, in accordance with the rules in force, may request the recognition of a maximum of 6 ECTS credits in optional subjects for participation in university activities. cultural, sports, student representation, solidarity and cooperation.

The distribution of subjects in the curriculum complies with the suggestions included in the White Paper for the Degree of Computer Science as shown in the following table:

General Content of Engineering.

40%

colspan="2">

Total Credits.

		Categories	Plan ECTS credits	% Plan Credits	Tip
Formative Contents.			30	30	12.5	10 %-15%
	Content of Computer Engineering.	90	37.5	35 %-40%
	12	5	5 %-10%
End Project.	12	5	6%
Materies determined discretionally by the university.		96	40	40
240	100	240 ECTS

Description of the subjects (modules) that the curriculum consists of.

To achieve the objectives set for the Grade in Computer Engineering studies, the following subjects (modules) are presented in which all the subjects of the curriculum are grouped:

OB/6

OB/6

Matter (module)	Assigns	Type/credits
Scientific Foundations.	Algebra.	FB/6
	Mathematical Analysis.	FB/6
	FB/6
	discrete Math.		FB/6
Statistics and Probability.	FB/6
OB/6
OB/6
	Data_table_izq"> Programming and Data Structures.	Programming Foundations.	FB/6
		Data Structures	OB/6
		Methodology.	OB/6
Paradigm of Programming.		OB/6
OB/6
OB/6		OB/6
	The_table_table_izq"> Computer and Computer Architecture	OB/6
Ethics, Legislation, and Profession.	Computer Law and Professional Deontology.	FB/6
Management of Organizations.	Organization of Companies.	FB/6
English.	English.		FB/6
to Informatics.	Information and Communication Technologies.	FB/6
Intelligent Systems and Management and Exploitation of Information.	Artificial Intelligence.	OB/6
	Knowledge Engineering.	OB/6
Systems.	OB/6
Engineering for Software.	Database_table_izq"> Databases.	OB/6
Person-Computer Interaction.	OB/6
Engineering I.	OB/6
Telematic Networks and Operating Systems.	Computer Networks.	OB/6
	Systems.	OB/6
	Systems.	OB/6
	Security in Networks and Cryptography.	OB/6
Languages.	Automates and Processors Languages.	OB/6
External Practices.		OP/12
Software.	Advanced Programming.	OP/6
	Engineering II.	OP/6
	Engineering Software III.	OP/6
	Patterns and Frameworks.	OP/6
	Web Programming.	OP/6
	Management.	OP/6
	Programming in Business Environments.	OP/6
Engineering.	OP/6
Data Mining.		OP/6
	Decision support.	OP/6
	OP/6
	Business Applications.		OP/6
	Models and Information Systems Technologies.	OP/6
	Databases II.	OP/6
OP/6
OP/6
Strategic Planning for ICT.	OP/6
Generic Optives.	Enterprise Economics Principles.	OP/6
	Skills Directives.	OP/6
Information Systems Audit.	OP/6
OP/6
OP/6	OB/12
OB/12

Distribution of the Plan by courses and semesters (temporary unit), credits (ECTS), basic character, compulsory or optional.

The following table presents the composition of the curriculum and its temporary organization for semesters and subjects, structured in four years. In each course, the student will receive a total of 60 ECTS credits, divided into 30 credits per semester.

Computers.

Mathematician.

denomination	Character	ECTS	Naming	Character
Course. First semester			First course. Second semester
Foundations.	FB	6	FB	6
Algebra.	FB	6			6
6
OB	6	Data Structures.	OB
FB	6	English.	FB	6
and Communication Technologies.	FB	6	Programming Methodology.	OB
Total first course, first semester.		30	Total first course, second half.		30
Second course. First semester			Second course. Second semester
and Probability.	FB	6		OB	6
6	OB	OB	OB	OB	OB	OB	6	Person-Computer Interaction.	OB	6
Law and Professional Deontology.	FB	6	Programming Paradigm.	OB
OB	OB	6	Organization of Companies.	FB	6
.	OB	6	Analysis and Design of Algorithms.	OB	6
Total second course, first semester.		30	Total second course, second semester.		30
Third Course. First semester			Third course. Second semester
	and Information Engineering.	OB	6	Computers and Systems architecture.	OB	6
		OB	OB	6	Knowledge Engineering.	OB	6
Software Engineering I.	OB	6	Network and Cryptography Security.	OB	6
Distributed Systems.	OB	6	Optional 1.	OP	6
Automates and Language Processors.	OB	6			6
Total third course, first semester.		30	Total third course, second semester.		30
Fourth course. First semester			Fourth course. Second semester
3.	OP	6	OP		6
4.	OP 4.		OP	6	Optional 9.	OP	6
5.	OP	6	Optional 10.	OP	6
	OP	6	Job End Job	OB	12
7.	OP	6
Total fourth course, first semester.		30	Total fourth course, second semester.		30
			Total of grade.		240

The implementation of this curriculum implies the extinction of the Graduate or Graduate Degree in Computer Engineering by the Universidad a Distancia de Madrid (UDIMA) published in the "BOE" of 5 February 2010 through Resolution of 28 December 2009.