Resolution Of 17 September 2015, Of The University Of Oviedo, Which Publishes Curriculum Of Master In Industrial Engineering.

Original Language Title: Resolución de 17 de septiembre de 2015, de la Universidad de Oviedo, por la que se publica el plan de estudios de Máster en Ingeniería Industrial.

Read the untranslated law here: http://www.boe.es/buscar/doc.php?id=BOE-A-2015-10710

Obtained the verification of the curriculum by the universities Council, following a favorable report from the National Agency for quality assessment and accreditation, as well as the authorization of the community autonomous of the Principality of Asturias according to Decree 116/2014, of 10 December (published in «BOPA» on December 11, 2014), and established the official nature of the title by agreement of the Council of Ministers of 26 December 2014 (published in the «official Gazette» of 29 (of January of 2015 by resolution of the Secretariat General of universities of 9 of January of 2015), this Rector's Office, of conformity with it willing in the article 35 of the law organic 6 / 2001, of universities, in the drafting given by the law organic 4 / 2007, has determined publish the plan of studies conducive to the obtaining of the title official of Master University in Engineering Industrial , from the University of Oviedo, which will be structured as shown in the annex to this resolution.

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

ANNEX Plan of studies leading to the title of Master Universitario in Engineering Industrial, by the University of Oviedo branch of knowledge: engineering and architecture RD 1393 / 2007, modified by RD 861 / 2010, annex I, paragraph 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 obligatory (OB) 60 optional (OP) 36 work of end of Master (TFM) 24 Total credits 120 structure of the plan of studies by modules and/or materials and character of the subjects: module subject character credits semester technologies industrial.





Analysis and design of systems electric.





3 1 OB, 3 integrated manufacturing.





3 1 OB, 3 design and verification of mechanical systems.





3 1 OB, 3 analysis and design of chemical processes.





3 1 OB, 3 analysis and design of installations of fluids.





OB 6 1, 3 technology energy.





OB 6 1, 3 systems electronic and Instrumentation industry.





3 1 OB, 3 Control Engineering.





OB





3





1, 3






Total





30





1, 3






Gestión.





Planning and Control of the production.





OB 6 2 integrated management of the company.





OB 6 2 direction of projects.





OB





3





2






Total





15





2






Instalaciones.





Urbanism in the plant industry.





4.5 OB 2 design and calculation of structures.





3 OB 2 design, verification and certification of industrial installations.





4.5 OB 2 transport technologies.





OB 3 2 Total 15 2 route for graduates in engineering mechanics, and assimilated.





Electromagnetic fields.





OP





6





1






Automática.





OP 3 1 Digital Control.





OP 3 1 power electronics engineering.





OP 3 1 digital electronic systems.





3 1 OP transformers and rotating electrical machines.





OP 6 1 of medium and low voltage electrical installations.





OP 3 1 mathematical modeling.





OP 3 1 Total 30 1 route for graduates in electrical engineering, graduates in engineering in Industrial and auto electronics, and assimilated.





Behavior in-service materials.





OP 3 1 mechanics of systems.





6 1 Industrial manufacturing OP.





OP 3 1 theory of structures.





OP 3 1 industrial constructions.





3 OP 1 design and elements of machines.





OP 3 1 thermal and fluids.





OP 6 1 modeling mathematical.





OP 3 1 Total 30 1 route for graduates in Industrial chemical engineering, and assimilated.





Thermal and fluids.





OP 6 1 Control Digital.





OP 3 1 facilities power of medium and low voltage.





OP 3 1 mechanics of systems.





OP 6 1 theory of structures.





OP 3 1 buildings industrial.





OP 3 1 design and elements of machines.





OP 3 1 modeling mathematical.





OP 3 1 Total 30 1 intensification in design and manufacture of systems mechanical.





Metrology and quality.





OP 6 3 engineering vehicles.





OP 6 3 maintenance industry.





OP 6 3 Design mechanical industry.





OP 6 3 manufacture of systems mechanical.





OP 6 3 Total 30 3 intensification in construction.





Structures of concrete reinforced.





OP 6 3 structures metallic.





OP 6 3 dynamic structural.





OP 4.5 3 the method of those elements finite in the calculation structural.





OP 4.5 3 execution and Assembly of works industrial.





4.5 OP 3 installations in the Industrial plant.





Total 30 3 intensification in materials 3 4.5 OP.





Facilities and metallurgical processes.





OP 6 3 Advanced metallic materials.





OP 6 3 advanced ceramics.





OP 6 3 polymers and composite materials.





OP 6 3 selection of materials in engineering.





OP 3 3 biomaterials.





OP 3 3 Total 30 3 intensification in industrial enterprises.





Management of the supply chain.





OP 6 3 organization of production.





OP






6 3 engineering of organization.





6 OP 3 simulation and company.





OP 6 3 models and methods of Industrial Organization.





OP 3 6 Total 30 3 intensification in environmental engineering.





Air Pollution Control Engineering.





OP 6 3 water treatment engineering.





6 OP 3 management and waste treatment.





OP 6 3 management environmental in the industry.





6 OP 3 the risk assessment environmental chemical, electromagnetic and acoustic.





Total 30 3 intensification in energy 6 3 OP.





Aerodynamics.





OP 6 3 Central hydraulic, wind and sea.





OP 6 3 thermal power stations.





OP 6 3 efficiency and management energy.





OP 3 3 refrigeration and air conditioning.





OP 6 3 design and analysis of systems thermal.





OP 3 3 Total 30 3 intensification in electricity.





Applications industrial of the machines electric.





6 OP 3 Control and operation of electrical systems. Networking smart.





OP 6 3 electric utilization of renewable energy sources.





OP 6 3 design of electric power systems.





OP 6 3 efficient Conversion of electrical power systems.





OP 6 3 Total 30 3 intensification in electronic and automatic.





Electronics of communications.





OP 3 3 programmable microelectronic devices.





OP 6 3 applications industrial of the power electronics.





6 OP 3 automation and robotics.





OP 6 3 identification of systems.





OP 3 3 computer industry.





OP 3 6 Total 30 3 applied research. (1). seminars, conferences and activities of design and manufacture of mechanical systems and construction.





3 OP 4 seminars, conferences and activities of materials.





3 OP 4 seminars, conferences and activities of energy and environmental engineering.





3 OP 4 seminars, conferences and activities of electricity and electronics and automation.





3 OP 4 seminars, conferences and activities of industrial enterprises, projects and entrepreneurship.





OP





3





4






Total





15





4






Internacional. (1).







(2)





OP





6





4






Total





6





4






Empresa(1).





Practice outside.





OP





6





4






Total





6





4






Emprendimiento. (1). seminars, conferences and activities of industrial enterprises, projects and entrepreneurship.





OP 3 4 external practices in entrepreneurship activities.





OP





3





4






Total





6





4






Trabajo Fin de Máster.





Work end of Master.





24 4 TFM Total 24 4 (1) the student will choose 6 credits of one of the 4 blocks.

(2) it does not address specific subjects. The student will be at the destination University 6 credits in the field of engineering. Teacher of the Master Committee, assess their suitability.

The temporality of them subjects may, by circumstances exceptional, suffer modifications, provided that it authorize the Vice President with skills in management academic and with prior to the home of the course academic.

The implementation of the 8 intensifications is will make of form gradual, and whenever there is a number of students enough. Initially, is implemented only 5 specializations, in the course 2014-2015: energy, design and manufacture of systems mechanical, construction, electronic and automatic, and companies industrial. For the course 2016-2017, the University of Oviedo will review this offer, can implement is the rest of specialties, or some of them, provided there is a number enough of students and exists also faculty.