Resolution Of 17 September 2015, Of The University Of Oviedo, Which Publishes Modification Of The Curriculum Of Master In Conversion Of Electrical Energy And Power Systems.

Original Language Title: Resolución de 17 de septiembre de 2015, de la Universidad de Oviedo, por la que se publica la modificación del plan de estudios de Máster en Conversión de Energía Eléctrica y Sistemas de Potencia.

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Read the untranslated law here:

In accordance with the provisions of article 28 of Royal Decree 1393 / 2007, of October 29, modified by Royal Decree 861/2010 of 2 July, which establishes the procedure for the revision of curricula already verified and once received the communication from the National Agency for quality assessment and accreditation - ANECA - accepting amendments submitted the curriculum corresponding to the teachings of the Master in Conversion of energy electric and systems of power by the University of Oviedo, title official established by agreement of the Council of Ministers of 11 October of 2012, published through resolution of 9 of November of 2012, of the Secretariat General of universities, in the «newsletter official of the State», of date 29 of November of 2012, this Rector's Office has determined order the publication of the modification of the plan of studies of Master University in Conversion of energy electric and systems of power by the University of Oviedo, and modified under the terms listed in the annex to the present resolution, which modifies the plan of studies published by Rectoral resolution of 19 July 2013, of the University of Oviedo, in the "official bulletin of State» of 5 August 2013.

This modification of the curriculum will take effect from the year 2015 / 2016.

Oviedo, 17 September 2015.-El Rector, Vicente Miguel Gotor Santamaría.

ANNEX Plan of studies leading to the title of Master in Conversion of electrical energy and power systems by the University of Oviedo branch of knowledge: engineering and architecture RD 1393 / 2007, modified RD-861 2010, annex I, section 5.1. Structure of the teachings.

Distribution general of the plan of studies in credits ECTS, by type of matter: type of matter credits ECTS mandatory (OB) 48 optional (OP) 24 work of end of Master (TFM) 18 complements of training 30 Total credits 120 structure of the plan of studies by modules and/or materials and character of the subjects: module matter / subject character credits semester equalization introduction to them systems of power of energy renewable , Traction power and efficiency energy.

CF 3 1 management, exploitation of systems electrical and transportation of energy electric.

CF 6 1 Control of electromechanical systems.

CF 2 1 hybrid Control systems and Digital processing.

CF 3 1 microcontrollers.

CF 3 1 dynamic analysis and modelling of machines of Alterna.

CF 3 1 machine of Alterna dynamic Control.

CF 3 1 machines power for generation and traction.

CF 3 1 electricity generation.

CF 4 1 CAD e.

CF 2 1 power electronic circuits and devices.

CF 5 1 Total 37 1 technologies common electronic industry in systems of generation of energy renewable.

6 OB 2 Control and monitoring systems of renewable electricity.

OB 6 2 impact of distributed generation on the quality of the electrical energy.

OB 6 2 analysis, modeling and simulation of power systems.





OB 6 2 applied to electric power systems simulation.

OB 3 3 with FACTS and HVDC power systems: modeling and analysis.

OB 3 3 Total 36 2, 3 regulation, rules, strategies and energy policies.

OP 3 3 specialization in technical and economic management financial economic analysis.

OP 6 3 project management of electric energy (renewable and conventional).

OP 6 3 electricity markets.

OP 6 3 cooperation for development.

OP 3 3 Total 24 3 specialization in scientific-technological research power systems on hybrid vehicles (HEV) and electric (EV).

6 OP 3 storage and recovery of energy in electric power and hybrid/electric vehicles (HEV/EV) systems.

OP 6 3 topologies of power and Control methods in FACTS and HVDC applications.

3 OP 3 Microgrids and Smart grids.

OP 6 3 simulation applied to hybrid/electric vehicles.

OP 3 3 completion and generic Total 24 3 generic aspects and aspects specific of the scientific research.

OB 3 4 challenges and trends in the electrical systems of the future.

4.5 OB 4 energy efficiency.

4 4.5 OB work Total 12 4 Master thesis dissertation.

Total 18 4 the temporality of the subjects 18 4 TFM may, in exceptional circumstances, subject to change, provided that the Vice President to authorize it with academic skills and prior to the start of the academic year.