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 20 February 2015 (published in the BOE of 18 March 2015, by Resolution of the General Secretariat of Universities, of 25 February 2015), this Rectorate has resolved to publish the curriculum leading to the obtaining the Graduate or Graduate Degree in Engineering and Telecommunications Services.

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 teaching courses leading to the Degree in Engineering of Telecommunications Technologies and Services, 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

ECTS
Basic Training	60
	90
External Practices (Required)	6
	24	48	24
End Job	12
Total	240

The subjects that make up the 60 ECTS credits of basic training are in accordance with the provision of Order CIN/352/2009, and correspond to the following branches of knowledge contained in Annex II of the Royal Decree 1393/2007:

Assigns

Knowledge Branch	Matter	Course
Course
	Algebra and Vector Analysis.	Engineering and Architecture.	Mathematics.	6	First.
Calculation.	Engineering and Architecture.	6		First.
Numeric and Transformer Methods.	Engineering and Architecture.	Mathematics.	6	First.
	Physics.	Engineering and Architecture.	Physics.	6	First.
Analysis.	Engineering and Architecture.	6	First.
	Electromagnetism, Semiconductors, and Ondas.	Engineering and Architecture.	Physics.	6	First.
Electronic and Basic Instrumentation.	Physical.	Physical.	6	First.
Informational Systems Fundamentals.	Engineering and Architecture.	Informatics.	6	First.
Engineering and Architecture.		Informatics.	6	First.
Management Foundations.	Engineering and Architecture.			6
Total Basic Training Credits			60 ECTS.

The subjects for the compulsory subjects common to the telecommunications industry, corresponding to 84 ECTS credits, follow the provision described in Order CIN/352/2009, and are as follows:

Subjects of mandatory subjects common to the telecommunication branch

Assigns

Analog and Digital Electronics.

Optical Communication.

.

Matter	ECTS Credits	Course
Electronics.	6	Second.
Systems Digital.	Electronics.	6	Second.
		6	6	6	6
Statistics and Probability.	6	Second
Communication.	Signals and communications.	6	Second.
Information Theory.	Signals and Communications.	6	Third.
Digital Treatment.	Signs and communications.	6	Third.
and Waves.	Transmission Systems.	6
Transmission systems.	6	Second.
Systems		6	6	6	The_izq"> Third.
Networks.		Second.
6 Conmutation Networks and Telecommunication infrastructures.	Networks and services.	6	Second.
Systems and Communication Networks Security.		Third.
Distributed Systems
6
Networks and services.	6	Third.
Total Credits		84

There are also two mandatory subjects in this study plan (totalling 18 credits) which are not common to the telecommunications branch set out in Order CIN/352/2009, but which UDIMA considers fundamental to students of this Title:

Subjects of mandatory subjects not common to the telecommunication branch

Assigns

External Practices.

Total Credits

Matter	ECTS Credits	Course
English.	Foreign Language.	6	Second.
	Fourth.
12

In total, the compulsory subjects of the curriculum add up to 96 ECTS credits, 84 credits of compulsory subjects common to the telecommunications branch and 12 credits of compulsory subjects defined by the University.

The degree consists of two specific technologies, "Telematics" and "Telecommunication Systems", so that the student will have to opt for one of them in order to complete the degree. In other words, in order to obtain a degree, at least one of the terms must be given in full. Each of the entries consists of 48 ECTS credits required for such specific technology, as set out in Order CIN/352/2009. These 48 ECTS credits are obtained in both cases by 8 subjects of each specific technology, with 6 ECTS credits each, of a mandatory character within their specific technology. These two specific technologies are offered for corresponding to the areas of greatest employability at the current national and international level, as reflected in point 2 of this memory. The composition of the mentions, as far as subjects are concerned to obtain each one, is as follows:

• Mention in Telematics: The eight subjects (48 ECTS) must be cured to achieve this mention.

• Mention in Communication Systems: The eight subjects (48 ECTS) must be cured to achieve this mention.

Specific technology subjects

Telematics Module

6

6

6

ECTS
Networks and Infrastructures	6
Architects	6
Data Centers, Network Operation, and Services	6
Communications Networks	6
6
	Systems and Services Engineering	6
Systems Audit	6
Credits	48

Telecom Systems Module

ECTS
6	6
Frequency Subsystems	6
Digital Transmission	6
Antennas	6
Radiocommunications	6
Radiodetermination	6
Systems Telecommunication	6
Credits	48

In order to pursue the subjects of optional subjects, the university will make a sufficient offer of subjects, which will enable all its students to exceed the 24 ECTS credits provided for them. In addition, students, in accordance with the rules in force, may apply for the recognition of a maximum of 6 ECTS credits in optional subjects for participation in cultural, sporting and cultural activities. student representation, solidarity and cooperation. The following optional subjects are proposed:

Optional subject subjects

Assigns (to choose 24 ECTS)	ECTS
Systems Energy and Power	6
Descriptive Introduction to Telecommunication Engineering	6
Responsibility and Directives Corporate	6
Organization of Companies	6
Technical Office. Projects	6
Workplace Risk Prevention	6
and Professional Deontology	6
Credits	24

The required subject matter related to the Work-related End of the Degree meets the requirements of Order CIN/352/2009:

Grade End Job Mandatory Subject Matter

Assigns

12 Total Credits

ECTS Credits	Course
12
12	12

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

In order to achieve the objectives set for the Degree in Engineering of Technologies and Telecommunications Services, the subjects (modules) in which all the subjects of the plan of the plan are grouped are presented below. studies:

Matter (module)

FB/6 Analysis

Transmission. Optical Communication.

Programming.

OP/6

OP/6

OP/6

Telecommunication Systems-specific technology)

Grade.

Assigns	Type/credits
Mathematics.	Algebra and Vector Analysis.	FB/6
	Calculation.	FB/6
	FB/6
.	Physical.		FB/6
	FB/6
Electromagnetism, Semiconductors, and Wave.	FB/6
Electronic and Basic Instrumentation.	FB/6
Informatics.	Informatics Systems Foundations.	FB/6
	FB/6
FB/6
Organization and Management	Business Management Foundations.	FB/6
Electronic and Analog and Digital Electronics.		OB/6
	Systems Digital.	OB/6
Signals and Linear Systems.		OB/6
	OB/6	OB/6
	Theory.	OB/6
	Information Theory.	OB/6
OB/6	OB/6
Fields and Ondas.		OB/6
	OB/6
Communications Foundations and Cell Networks.	OB/6
and Services	Computers Networks.	OB/6
	Conmutation Networks and Telecommunication Infrastructures.	OB/6
	Security on Systems and Communication Networks.	OB/6
OB/6
	.	English.	OB/6
Telematics (module to be cured for Telematics-specific technology).	Enterprise Networks and Infrastructures.	OP/6
	Architects.	OP/6
	Centers, Network Operation, and Services.	OP/6
	OP/6
	OP/6
	Networks and Services	OP/6
	Engineering Network Systems and Services	OP/6
OP/6
Microwave.	OP/6
and Propagation in Air.	OP/6
Radio Frequency Subsystems.	OP/6
Digital Transmission.	OP/6
antennas.	OP/6
Radiocommunications.	OP/6
Systems Radiodetermination.	OP/6
Systems.	OP/6
Generic Optives.	Power and Power Systems.	OP/6
	Introduction Descriptive to Telecommunication Engineering.	OP/6
	Corporate Social Responsibility and Directives.	OP/6
	OP/6
	and Professional Deontology.	OP/6
Technical Office. Projects.	OP/6
Organization of Companies.	OP/6
External Practices.		OB/6
End-of-Grade Work.	OB/12

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

FB

denomination	Character	ECTS	Naming	Character
Course. First semester			First course. Second semester
Algebra and Vector Analysis.	FB	6		6
Calculation	FB	FB	FB	6	FB		6
.	FB	Physical.	FB	FB	6	Electromagnetism, Semiconductors, and Ondas.	FB
Fundamentals Computer.	FB	6	Electronic and Basic Instrumentation.	FB	6
FB	6	Business Management Foundations.	FB	6
first course, first semester		30	Total first course, second half		30
Second course. First semester			Second course. Second semester
Analog and Digital Electronics.	OB	6		OB	6
	OB and Systems Linear.	OB	6	Communication Theory.	OB	6
and Probability.	OB	6	Transmission Systems. Optical Communication.	OB	6
and Waves.	6	6	OB		OB	6
Networks.	OB	6	English.	OB	6
Total second course, first semester		30	Total second course, second semester		30
Third Course. First semester			Third course. Second semester
Theory.	OB	6	OB	6
Distributed Systems	OB	OB.	OB	6			OB
		Mobile Communications and Cell Networks.	OB	6	Optional.	OP	6
OP	OP	6	Optional.	OP	6
.	OP	6	OP	OP	Table_table_izq"> 6
Total third course, first semester		30	Total Third Course, Second Half		30
Fourth Course. First semester			Fourth course. Second semester
	External Practices.	OB	6	OP	OP	6
	.	OP	6	Optional.	OP	6
.	OP	6		OP	6
		OP	6	OB	12
Opt.
	OP	6
	Total fourth course, first semester		30	Total Fourth Course, Second Half		30
Total grade					240