Resolution Of July 20, 2011, At The University Of Seville, Which Publishes Curriculum Of Graduate In Engineering Of Industrial Technologies.

Original Language Title: Resolución de 20 de julio de 2011, de la Universidad de Sevilla, por la que se publica el plan de estudios de Graduado en Ingeniería de Tecnologías Industriales.

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Obtained the positive verification of the curriculum by the Council of universities, prior favourable of the National Agency for quality assessment and accreditation, and once established the official nature of the title by agreement of the Council of Ministers of October 1, 2010 (November 11, 2010 BOE), this Chancellor, in accordance with the provisions of article 35.4 of the organic law 6/2001 of 21 December, universities, in the wording given by the organic law 4/2007, of 12 April, has resolved to order the publication of the curriculum leading to the degree of graduate or graduate in engineering of industrial technologies from the University of Seville, which will be structured according to figure in the following annexes.

Sevilla, 20 of July of 2011.-the Rector, Joaquin Luque Rodriguez.

ANNEX Plan of studies of graduate in engineering of industrial technologies by the University of Seville branch of knowledge: engineering and architecture.

Teaching centre: Escuela Técnica Superior de Ingeniería.

Distribution of curriculum credits ECTS by subject: subject credits F training basic 60 or mandatory 88.5 P optional 79.5 T work end grade 12 Total 240 structure of the teachings by modules: module type subject matter basic training credits.





Company.





F 6 statistics and operational research.





F 4,50 expression graphic.





F





6






Física I.





F





6






Física II.





(F) computer 6.





F 6 mathematics I.





F 6 mathematics II.





F 6 Mathematics III.





General Chemistry 6 F.





F 7.50 extension of mandatory I.





Extension of physics.





Or 6 extension of math.





Or 4.50 mathematical methods.





Or 4.50 enlargement of compulsory II.





Installations and electrical machines.





Or 4.50 technology of manufacturing.





Or 4.50 heat transmission.





Or 4.50 common to the Industrial Branch.





Elasticity and strength of materials.





Or 6 electronic General.





Or 4.50 fundamentals of science of materials.





Or 4.50 fundamentals of Automatic Control.





Or 6 fundamentals of fluid mechanics.





Or 6 Organization and management of companies.





Or 6 projects.





Or 4.50 technologies of the environment.





Or 4.50 theory of circuits.





Or 6 theory of machines and mechanisms.





Or 6 thermodynamics.





Or 6 electric intensification.





Electrical drives.





P 4.50 extension of theory of circuits.





P 6 power stations.





4.50 p power lines.





P 6 electrical machines.





P 6 power systems.





P 6 electrical substations.





P 4.50 intensification in automatic.





Design of circuits and electronic systems.





P 6 power electronics.





P 4.50 computer industry.





P 4.50 engineering of Control.





P 6 instrumentation electronics.





P 6 laboratory of automation and robotics.





P 6 laboratory of Control.





P 4.50 robotics.





P 6 systems of perception.





P 4.50 intensification in electronics.





Industrial Electronics.





P 4.50 integration of energy renewable.





P 6 microelectronics.





P 4.50 intensification in materials.





Numerical analysis and Experimental of tensions.





P 4.50 degradation of materials. Non-destructive testing.





P 6 engineering fluid mechanics.





P 4.50 functional materials.





P 6 metallic and metal matrix composite materials.





P 6 the fracture mechanics.





P 4.50 mechanics of composite materials.





P 4.50 collection and recycling of materials.





P 4.50 plastics, ceramics, and composites.





P 6 welding.





P 6 intensification in engineering.





Extension of theory of structures.





P 6 buildings industrial.





P 6 structures of concrete reinforced.





P 6 structures metallic.





P 4.50 Geotechnics and foundations.





P 4.50 installations industrial.





P 6 project Integral of plants industrial.





P 4.50 typology and structures projects.





P 6 intensification in Mecanica-maquinas.





Extension of kinematics and dynamics of machines.





P 6 cars.





P 4.50 Bases for the design of mechanical systems.





P 6 calculation, design and testing of machines.





P 6 kinematics and dynamics of machines.





P 6 computer-aided design.





P 4.50 manufacturing engineering.





P 6 II manufacturing technology.





P 4.50 intensification in the middle room.





Chemical analysis.





P 6 Control and implementation of chemical processes.





P 4.50 management and waste treatment.





P 4.50 basic operations with solids and fluids.





P 6 separation operations.





P 7.50 operations and debugging processes.





P 6 chemical reactors.





P 4.50 chemical technology.





P 4.50 water treatment.





P 4.50 treatment of gaseous effluents.





P 4.50 intensification in organization.





Analysis and modeling of industrial systems.





P





4,50







Quality control.





P 6 design of products and processes.





P 6 Human Factor in organizations.





P 4.50 financial management.





6 tools for decision making p.





P 6 Industrial and technological policy.





P 4.50 systems software of management.





P 4.50 intensification in production.





Engineering and maintenance management.





P 6 logistics.





P 6 quantitative methods of Industrial Organization.





P 6 simulation of process production.





P 4.50 integrated production systems.





P 4.50 Management Control techniques.





P 4.50 optimization techniques.





P 4.50 intensification in Industrial Chemistry.





Experimentation in engineering chemistry.





P 4.50 heterogeneous reactors.





P 6 simulation and optimization of chemical processes.





P 4.50 energy intensification.





Analysis thermodynamic of processes industrial.





P 6 Solar energy.





P 4.50 generation energy thermal.





P 6 engineering thermal processes.





P 4.50 heating systems in buildings.





P 6 alternative Internal Combustion engines.





P 4.50 systems of production of power.





P 6 technology cold storage.





P 6 turbomachinery thermal.





P 4.50 materials cross.





Enlargement of elasticity and resistance of materials.





P 4.50 automation industry.





P 4.50 design of systems productive.





P 4.50 distribution of energy electric.





P 4.50 fundamentals of engineering chemistry.





P 4.50 management of systems productive.





P 4.50 integration of the information.





P 4.50 machines and thermal engines.





P 4.50 digital electronic systems.





P 4.50 machines technology.





P 4.50 materials technology.





P 4.50 energy technology.





P 4.50 theory of structures.





P 4.50 common electives.





Analysis and prevention of occupational risks.





P 4.50 bioengineering.





P 4.50 domotics.





P 4.50 consumer electronics.





P 4.50 efficient management of the electric energy.





P 4.50 introduction to Matlab.





P 4.50 methodology and history of engineering.





P 4.50 applied optics.





P 4.50 security networks and telematic services.





P 4.50 Industrial management systems.





P 6 energy technologies for distributed generation.





P 4.50 internships.





P 9 electrical intensification electives.





Calculation and design of electrical installations.





P 4.50 management of the electric energy.





P 4.50 instrumentation and electrical measurements.





P 4.50 modeling and simulation of electrical systems.





P 4.50 electric vehicles.





P 4.50 intensification electives in an automatic.





Industrial Automation Add-ins.





P 4.50 Control accessories.





P 4.50 Advanced Robotics.





P 4.50 intensification electives in electronics.





Laboratory of electronic instrumentation.





P 4.50 advanced electronic systems.





P 4.50 electronic technology.





P 4.50 intensification electives in engineering.





Experimental analysis of structures.





P 4.50 computational methods on structures.





P 4.50 urbanism and urban services.





P 4.50 electives of intensification in Mecanica-maquinas.





Industrial acoustics.





P 4.50 railways.





P 4.50 Industrial metrology.





P 4.50 intensification electives in organization.





Commercial management.





P 4.50 strategic management and entrepreneurship.





P 4.50 electives of intensification in production.





Industrial and technological policy.





P 4.50 programming operations.





P 4.50 intensification electives in chemical industries.





Engineering of chemical plants.





P 4.50 process engineering.





P 4.50 electives of boosting energy.





Cogeneration.





P 4.50 heating systems in the industry.





4.50 p end of degree work.





Work end of grade.





T 12 temporal organization of the subjects of the curriculum: course duration subject type credits first.





Graphic expression.





F





6






A





Informática.





F





6






C1





Empresa.





F





6






C1





Física I.





F 6 C1 mathematics I.





F 6 C1 mathematics II.





F 6 C2 statistical and operational research.





F





4,50






C2





Física II.





F 6 C2 Mathematics III.





F 6 C2 General Chemistry.





F 7.50 second.





To fundamentals of Control automatic.





Or 6 C1 extension of physical.





Or 6 C1 extension of mathematics.





Or 4.50 C1 elasticity and resistance of materials.





O





6






C1






Fundamentals of materials science.





Or 4.50 C1 theory of circuits.





Or 6 General electronic C2.





Or 4.50 C2 fundamentals of mechanical of fluids.





Or 6 C2 mathematical methods.





Or 4.50 C2 theory of machines and mechanisms.





Or 6 C2 thermodynamics.





O





6






Tercero.





C1 organization and management of companies.





Or 6 C1 manufacturing technology.





Or 4.50 C1 heat transmission.





Or 4.50 C1 installations and electrical machines.





Or 4.50 C1 optional (Transversal).





P C1 optional (intensification).





P C2 technologies of the environment.





Or 4.50 optional C2 (Transversal).





P. C2 optional (Transversal)





P C2 optional (intensification).





P C2 optional (intensification).





P C2 optional (intensification).





P





 






Cuarto.





C1 projects.





Or 4.50 C1 optional (cross).





P C1 optional (intensification).





P C1 optional (intensification).





P C1 optional (intensification).





P C1 optional (intensification).





P. C2 (common) optional.





P. C2 (common) optional.





P C2 optional (intensification).





P C2 optional (intensification).





P C2 end of degree work.





T 12 relationship of elective courses: course credits electric drives.





4.50 Industrial acoustics.





4.50 enlargement of kinematics and dynamics of machines.





6. extension of elasticity and strength of materials.





4.50 enlargement of circuit theory.





6 extension of theory of structures.





6. Experimental analysis of structures.





4.50 analysis numerical and Experimental of tensions.





4.50 chemical analysis.





6. thermodynamic analysis of industrial processes.





6. analysis and modeling of industrial systems.





4.50 analysis and prevention of risk work.





4.50 automation industry.





4.50 automobiles.





4.50 bases for the design of mechanical systems.





6. bioengineering.





4.50 calculation and design of electrical installations.





4.50 calculation, design and testing of machines.





6. power plants.





4.50 kinematics and dynamics of machines.





6. cogeneration.





4.50 Industrial Automation Add-ins.





4.50 Control accessories.





4.50 industrial constructions.





6. quality control.





6. control and implementation of chemical processes.





4.50 degradation of materials. Non-destructive testing.





6 computer aided design.





4.50 design of circuits and electronic systems.





6. design of products and processes.





6. design of production systems.





4.50. the distribution of electricity.





4.50 domotics.





4.50 consumer electronics.





4.50 power electronics.





4.50 Industrial Electronics.





4.50 Solar energy.





4.50 reinforced concrete structures.





6. metal structures.





4.50 experimentation in chemical engineering.





4.50. the human factor in organizations.





4.50 railways.





4.50 fundamentals of chemical engineering.





4.50. thermal energy generation.





6 Geotechnics and foundations.





4.50 commercial management.





4.50. the power management.





4.50 management of productive systems.





4.50. efficient management of electric power.





4.50. strategic management and entrepreneurship.





4.50. financial management.





6. Management and waste treatment.





4.50 tools for decision making.





6. Industrial computing.





4.50 Control Engineering.





6. manufacturing engineering.





6. chemical engineering.





4.50 engineering processes.





4.50 engineering fluid mechanics.





4.50 engineering thermal processes.





4.50 engineering and maintenance management.





6. industrial installations.





6. heating systems in buildings.





6. heating systems in the industry.





4.50 electronic instrumentation.





6 instrumentation and electrical measurements.





4.50 integration of renewable energies.





6. integration of information.





4.50. Introduction to Matlab.





4.50 laboratory of automation and robotics.





6. Control Laboratory.





4.50 electronic instrumentation laboratory.





4.50 lines electric.





6 logistics.





6 machines electric.





6 machines and motor heat.





4.50 materials functional.





6 materials metal and compounds of matrix metal.





6 mechanical of the fracture.





4.50 mechanics of material compounds.





4.50 methodology and history of the engineering.





4.50 methods computational in structures.





4.50. quantitative methods of Industrial Organization.





6. Industrial metrology.





4.50 microelectronics.





4.50 modeling and simulation of electrical systems.





4.50 alternative Internal Combustion engines.





4.50







Collection and recycling of materials.





4.50 operations basic with solids and fluids.





6 separation operations.





7.50 operations and debugging processes.





6 applied optics.





4.50 plastics, ceramics and composites.





6. Industrial and technological policy.





4.50 scheduling.





4.50. Integral project of industrial plants.





4.50 heterogeneous reactors.





6. chemical reactors.





4.50 robotics.





6. Advanced Robotics.





4.50 security in networks and services telematic.





4.50 simulation of production processes.





4.50 simulation and optimization of chemical processes.





4.50 systems of management industry.





6 sets of perception.





4.50 systems of production of power.





6. electric power systems.





6. advanced electronic systems.





4.50 digital electronic systems.





4.50 systems software of management.





4.50 integrated production systems.





4.50 welding.





6. electrical substations.





4.50 management techniques of Control.





4.50 optimization techniques.





4.50 II manufacturing technology.





4.50 knitting technology.





4.50 materials technology.





4.50 electronic technology.





4.50 energy technology.





4.50 cold storage technology.





6. chemical technology.





4.50 technologies energy for the generation distributed.





4.50 theory of structures.





4.50 typology and structures projects.





6. water treatment.





4.50 treatment of gaseous effluents.





4.50 thermal turbomachinery.





4.50 urbanism and urban services.





4.50 electric vehicles.





4.50 internships.





9. annual A:; C1: 1st semester; C2: 2nd semester.

Specializations in: electric.

Automatic.

Electronics.

Materials.

Mechanics. Construction.

Mechanics. Machines.

Environment.

Organization.

Production.

Chemical industries.

Energy.

Note: according to has the memory of verification of the title, the student, before the completion of their studies, must prove a level of competencies linguistic in a language foreign equivalent, at least, to the level B1 of the frame common European of reference for them languages.

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