Resolution Of April 20, 2015, Of The University Of Madrid, By Which Publishes The Graduate Curriculum In Engineering Technologies And Telecommunication Services.

Original Language Title: Resolución de 20 de abril de 2015, de la Universidad a Distancia de Madrid, por la que se publica el plan de estudios de Graduado en Ingeniería de Tecnologías y Servicios de Telecomunicación.

Read the untranslated law here: http://www.boe.es/buscar/doc.php?id=BOE-A-2015-5063

Obtained the verification of the curriculum by the universities Council, following a favorable report from the National Agency for quality assessment and accreditation and declared the official nature of the title by agreement of the Council of Ministers of 20 February 2015 (published in the official Gazette of 18 March 2015, by resolution of the General Secretariat of universities (, February 25, 2015), this Rectorate resolved to publish the leading curriculum to obtain the title of graduate or graduate in engineering technologies and telecommunication services.

The plan of studies to is concerns the present resolution will be structured as figure in the annex of the same.

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

ANNEX structure of them teachings the plan of studies is has structured in subjects and, within them by subjects, by consider that is this it unit academic of teaching / learning that best is suited to the homogeneity of the grade proposed, and in its design is has had in has the Real Decree 1393 / 2007 on materials Basic by branches. The general structure of the teachings leading to the degree in engineering technologies and telecommunication services according to the nature of the materials and content in ECTS credits, is collected in the following table.

Distribution of curriculum in credits ECTS by subject subject credits ECTS training basic 60 mandatory 90 external practices (mandatory) 6 technology specific (electives) 48 electives 24 work end of grade 12 Total 240 subjects that make up the 60 ECTS of basic training conform to the provision of the order CIN/352/2009 , and is correspond to the following branches of knowledge contained in the annex II of the Royal Decree 1393 / 2007: subjects branch of knowledge matter credits ECTS course algebra and analysis vector.





Engineering and architecture.





Mathematics.





6 first.






Calculation.





Engineering and architecture.





Mathematics.





6 first.






Methods numerical and transformed.





Engineering and architecture.





Math.





6 first.






Physical.





Engineering and architecture.





Physics.





6 first.






Analysis of circuits.





Engineering and architecture.





Physics.





6 first.






Electromagnetism, semiconductor and waves.





Engineering and architecture.





Physics.





6 first.






Basic instrumentation and electronics.





Engineering and architecture.





Physics.





6 first.






Fundamentals of computer systems.





Engineering and architecture.





Computing.





6 first.






Fundamentals of programming.





Engineering and architecture.





Computer.





6 first.






Fundamentals of management business.





Engineering and architecture.





Company.





6 first.






Total credits of training basic 60 ECTS.





 





The subjects corresponding to obligatory subjects common to the telecommunication branch, corresponding to 84 credits ECTS, follow the provision described in the order CIN/352/2009, and are as follows: subjects of obligatory subjects common to the branch of Telecom subjects matter credits ECTS course electronic analog and Digital.





Electronics.





6 second.






Digital systems.





Electronics.





6 second.






Random signals and linear systems.





Signals and communications.





6 second.






Statistics and probability.





Signals and communications.





6 second.






Theory of communication.





Signals and communications.





6 second.






Information theory.





Signals and communications.





6. third.






Digital signal treatment.





Signals and communications.





6. third.






Fields and waves.





Transmission systems.





6 second.






Transmission systems. Optical communication.





Transmission systems.





6 second.






Fundamentals of mobile communications and cellular networks.





Transmission systems.





6. third.






Computer networks.





Networks and services.





6 second.






Networks of switching and infrastructures of telecommunications.





Networks and services.





6 second.






Security in systems and networks of communication.





Networks and services.





6 third.






Systems distributed.





Networks and services.





6. third.






Total loans 84 there are also in this curriculum two compulsory subjects (amounting to a total of 18 credits) are not common to the branch of telecommunication arranged in the order CIN/352/2009, but that UDIMA considered fundamental for the students of this title: subjects of compulsory subjects not common to the branch of Telecom subjects matter credits ECTS course English.





Foreign language.





6 second.






Externships.





Externships.





6 room.






Total 12 total mandatory curriculum materials added 96 credits ECTS, 84 credits of obligatory subjects common to the telecommunications branch and 12 credits of compulsory courses defined by the University.

The degree consists now of two specific technologies, «Telematics» and «Telecommunication systems», in such a way that the student must choose mandatorily by one of them in order to finish the degree. I.e., for obtaining degree must satisfactorily complete at least one of the indications of full mode. Each mentions consists of 48 ECTS credits required for this specific technology, as provided in the order CIN/352/2009. These 48 credits ECTS are obtained in both cases by 8 subjects own of each technology specific, with 6 credits ECTS each a, of character compulsory within their technology specific corresponding. Is offered these two technologies specific by correspond is with them areas of greater employability in the field national e international current, as is reflected in the point 2 of the present memory. The composition of them mentions, in what to subjects is refers to get each an of them, is the following: • mention in telematics: is must study them eight subjects (48 ECTS) to get such mention.

• Mention in systems of communication: be must study them eight subjects (48 ECTS) to get such mention.

Subjects of specific technology module of telematics networks corporate ECTS credits and infrastructure 6 architectures of security 6 data centers, networks and services 6 networks of communications Mobile 6 programming advanced 6 networks and services of Radio 6 systems engineering and operation services of network 6 audit of systems of information 6 credits 48 module credits ECTS microwave 6 radiation and propagation telecommunication systems between air






6 subsystems of radiofrequency 6 transmission Digital advanced 6 antennas 6 radiocommunication 6 systems of Radiodetermination 6 systems of telecommunication 6 credits 48 to study the subjects of elective subjects, the University will bid enough subjects, enabling all students to the 24 ECTS credits for the same. Also, them students, of conformity with it established in the normative force, may request the recognition of a maximum of 6 credits ECTS in materials optional by the participation in activities University cultural, sports, of representation student, solidarity and of cooperation. Is proposed the following subjects electives: subjects of materials optional subjects (to choose 24 ECTS) credits ECTS systems of energy and power 6 introduction descriptive to the engineering of telecommunication 6 skills directives and responsibility Social corporate 6 Organization of companies 6 Office technical. Projects 6 prevention of labour risks 6 law and ethics Professional 6 credits required 24 subject to compulsory work end-of-degree-related matter complies with the requirements of the order CIN/352/2009: subject of compulsory subject of thesis subjects credits ECTS course work grade end of grade 12 12 total credits fourth description of materials (modules) that comprises the curriculum : To achieve the objectives set for graduate studies in engineering technologies and telecommunication services are presented below the subjects (modules) are grouped all the subjects of the curriculum: matter (module) type/credits Mathematics subjects.





Algebra and vector analysis.





FB/6 calculation.





FB/6 numerical methods and transformed.





FB/6 physical.





Physics.





FB/6 analysis of circuits.





FB/6 electromagnetism, semiconductor and waves.





FB / 6 electronic and Instrumentation Basic.





FB/computer 6.





Fundamentals of systems software.





FB/6 fundamentals of programming.





FB/6 Organization and management.





Fundamentals of management business.





FB/e 6.





Electronic analog and Digital.





OB/6 digital systems.





OB/6 signals and communications.





Random signals and linear systems.





OB / 6 statistics and probability.





OB/6 theory of communication.





OB / 6 theory of the information.





OB/6 Digital signal processing.





OB/6 transmission systems.





Fields and waves.





OB/6 transmission systems. Optical communication.





OB/6 fundamentals of mobile communications and cellular networks.





OB/6 networks and services.





Computer networks.





OB/6 switching networks and telecommunication infrastructures.





OB/6 security systems and communication networks.





OB/6 distributed systems.





OB/6 foreign language.





English.





OB/6 telematics (module to study specific telematics technology).





Corporate networks and infrastructures.





OP/6 security architectures.





OP/6 data, operation of networks and services centers.





OP/6 mobile communications networks.





OP/6 advanced programming.





OP/6 networks and Radio services.





OP/6 systems engineering and network services.





OP/6 audit of systems information.





OP/6 systems of Telecommunication (module to study for specific telecommunication systems technology).





Microwave.





OP/6 radiation and propagation in air.





Radio frequency subsystems OP/6.





OP/6 Advanced Digital transmission.





OP / 6 antennas.





OP / 6 radio.





OP / 6 systems of Radiodetermination.





OP / 6 systems of telecommunication.





OP / 6 optional generic.





Systems of energy and power.





OP / 6 introduction descriptive to the engineering of telecommunication.





OP / 6 skills management and responsibility Social corporate.





OP / 6 prevention of risks labour.





OP/6 law and professional ethics.





OP/6 Technical Office. Projects.





OP/6 Organization of companies.





External practical OP/6.





Externships.





OB/6 end of degree work.





End of degree work.





OB/12 Plan distribution by courses and semesters (temporary unit), credits (ECTS), basic, compulsory or optional: the following table shows the composition of the curriculum and its temporal organization by semesters and courses, structured in four years. Each course the student will be a total of 60 ECTS credits, divided into 30 credits per semester.




Name character ECTS denomination character ECTS first course. First semester first course. Second semester Algebra and vector analysis.





FB 6 methods numerical and transformed.





FB





6






Cálculo.





FB 6 analysis of circuits.





FB





6






Física.





6 FB electromagnetism, semiconductor, and waves.





FB 6 fundamentals of computer systems.





Basic instrumentation and electronic 6 FB.





FB 6 foundations of programming.





FB 6 fundamentals of business management.





FB 6 Total first course, first semester first-year Total 30, second semester 30 second course. First semester second course. Second semester electronic analog and Digital.





OB 6 systems digital.





OB 6 signals random and systems linear.





OB 6 theory of the communication.





OB 6 statistics and probability.





OB 6 systems of transmission. Communication optical.





OB 6 fields and waves.





OB 6 switching networks and telecommunication infrastructures.





OB 6 computer networks.





OB





6





Inglés.





OB 6 Total second course, first semester second-year Total 30, second semester 30







Third course. First semester third year. Second semester information theory.





OB 6 Digital signal processing.





OB 6 systems distributed.





OB 6 security in systems and networks of communication.





OB 6 fundamentals of mobile communications and cellular networks.





Optional 6 OB.





Optional 6 OP.





Optional 6 OP.





Optional 6 OP.





Optional 6 OP.





OP 6 Total third course, first semester 30 Total third year, second semester fourth year 30. First semester fourth year. Second semester external practices.





OB 6 optional.





Optional 6 OP.





OP 6 optional.





Optional 6 OP.





Optional 6 OP.





OP 6 optional.





OP 6 end of degree work.





OB 12 optional.





OP 6 Total fourth course, first semester Total 30 fourth year, second semester 30 Total 240 degree