Resolution Of April 15, 2015, Of The University Of Seville, Which Publishes Modification Of The Curriculum Of Graduate In Engineering Of Industrial Technologies.

Original Language Title: Resolución de 15 de abril de 2015, de la Universidad de Sevilla, por la que se publica la modificación del plan de estudios de Graduado en Ingeniería de Tecnologías Industriales.

Subscribe to a Global-Regulation Premium Membership Today!

Key Benefits:

Subscribe Now

Read the untranslated law here:

Of conformity with it willing in them articles 26 and 28 of the Real Decree 1393 / 2007, of 29 of October, modified by the Real Decree 861 / 2010, of 2 of July, by which is sets the procedure for the modification of plans of studies already verified and a time received report Pro of the Agency of the knowledge of 11 of July of 2014 to the modifications presented of the plan of studies of the title of graduated / graduated in engineering of Industrial technologies from the University of Seville.

This Chancellor, in accordance with the provisions of article 26.3 of Royal Decree 1393 / 2007 previously cited, has resolved to order the publication of the modification of the curriculum of graduating / graduate in engineering of industrial technologies at the University of Seville, which is structured as shown in the annex to this resolution.

Sevilla, April 15, 2015.-the President, Antonio Ramírez de Arellano López.

ANNEX Plan of studies of graduate / to in engineering of technology industrial by the University of Seville mention in mecanica-maquinas.

Mention in engineering.

Mention in materials.

Mention in Industrial Chemistry.

Mention in energy.

Mention in electricity.

Mention in electronics.

Mention in an automatic.

Mention in organization and production.

Branch of knowledge: engineering and architecture teaching centers: school technique Superior engineering distribution of curriculum in ECTS credits by type of loans F subject matter training basic 60 or mandatory 88.5 P optional 79.5 T work end grade 12 Total 240 structure of modules subject module character credits training basic teachings.


F 6 statistics and operational research.

F 4.50 expression graphic.



Física I.



Física II.

(F) computer 6.

F 6 mathematics I.

F 6 mathematics II.

F 6 Mathematics III.

F 6 chemical General.

7.50 F extension of mandatory I.

Expansion of physics.

Or 6 extension of math.

Or 4.50 mathematical methods.

Or 4.50 large mandatory II.

Installations and machines power.

Or 4.50 manufacturing technology.

Or 4.50 heat transmission.

Or 4.50 common to the Industrial Branch.

Elasticity and strength of materials.

Or 6 General electronics.

Or 4.50 fundamentals of materials science.

Or 4.50 fundamentals of Control automatic.

Or 6 fundamentals of fluid mechanics.

Or 6 Organization and management of companies.

Or 6 projects.

Or 4.50 environment technologies.

Or 4.50 theory of circuits.

Or 6 theory of machines and mechanisms.

Or 6 thermodynamics.

Or 6 mention on electricity.

Electrical drives.

P 4.50 extension of theory of circuits.

P 6 power stations.

P 4.50 powerlines.

P 6 electrical machines.

P 6 power systems.

P 6 electrical substations.

P 4.50 power electronics.

P 4.50 integration of renewable energies.

P 6 calculation and design of electrical installations.

P 4.50 management of the electric energy.

P 4.50 instrumentation and measures electric.

P 4.50 modelling and simulation of systems electric.

P 4.50 vehicles electric.

P 4.50 mention in automatic.

Design of circuits and systems electronic.

P 6 electronic of power.

P 4.50 computer industry.

P 4.50 engineering of Control.

P 6 instrumentation electronics.

P 6 laboratory of automation and robotics.

P 6 Control Laboratory.

P 4.50 robotics.

P 6 sets of perception.

P 4.50 Industrial Automation Add-ins.

P 4.50 Control plug-ins.

P 4.50 Advanced Robotics.

P 4.50 mention in electronics.

Industrial Electronics.

P 4.50 integration of renewable energies.

P 6 microelectronics.

P 4.50 design of circuits and systems electronic.

P 6 computer industry.

P 4.50 electronics of power.

P 4.50 robotics.

P 6 engineering of Control.

P 6 instrumentation electronics.

P 6 laboratory of instrumentation electronics.

P 4.50 systems electronic advanced.

P 4.50 technology electronics.

P 4.50 mention 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 mention in engineering.

Extension of theory of structures.

P 6 industrial constructions.

P 6 reinforced concrete structures.

P 6 metal structures.

P 4.50 Geotechnics and foundations.

P 4.50 industrial facilities.

P 6 project Integral of industrial plants.

P 4.50 typology and structures projects.

P 6 engineering fluid mechanics.

P 4.50 Experimental analysis of structures.

P 4.50 methods computational in structures.

P 4.50 urbanism and urban services.

P 4.50 mention at 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 test 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 engineering fluid mechanics.

P 4.50 Industrial acoustics.

P 4.50 railways.

P 4.50 Industrial metrology.

P 4.50 mention in organization and production.

Quality control.

P 6 design of products and processes.

P 6 financial management.

P 4.50 tools for the taking of decisions.

P 6 logistics.

P 6 quantitative methods of Industrial Organization.

P 6 simulation of process production.

P 4.50 optimization techniques.

P 4.50 programming of operations.

P 4.50 commercial management.

P 4.50 strategic management and entrepreneurship.

P 4.50 industrial systems modeling and analysis.

P 4.50 Factor human in the organizations.

P 4.50 Industrial and technological policy.

P 4.50 management computer systems.

P 4.50 engineering and maintenance management.

P 6 integrated production systems.

P 4.50 Management Control techniques.

P 4.50 mention in Industrial Chemistry.

Experimentation in chemical engineering.

P 4.50 heterogeneous reactors.

P 6 simulation and optimization of chemical processes.

P 4.50 basic operations with solids and fluids.

P 6 separation operations.

P 7.50 chemical process instrumentation and Control.

4.50 p chemical analysis.

P 6 technology chemistry.

P 4.50 chemical reactors.

P 4.50 chemical plant engineering.

P 4.50 process engineering.

P 4.50 water treatment.

P 4.50 treatment of gaseous effluents.

P 4.50 management and waste treatment.

P 4.50 mention in energy.

Thermodynamic analysis of industrial processes.

P 6 Solar energy.

P 4.50 thermal energy generation.

P 6 engineering thermal processes.

P 4.50 heating systems in buildings.

P 6 alternative Internal Combustion engines.

P 4.50 power production systems.

P 6 technology cold storage.

P 6 turbomachinery thermal.

P 4.50 cogeneration.

P 4.50 facilities heating system in the industry.

P 4.50 optional common.

Analysis and prevention of risk work.

P 4.50 bioengineering.

P 4.50 domotics.

P 4.50 electronics of consumption.

P 4.50 efficient management of the electric energy.

P 4.50 computational mathematics.

P 4.50 meteorology.

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 Nuclear technology.

P 4.50 for the distributed generation energy technologies.

P 4.50 transverse electives of the Center.

Extension of elasticity and strength of materials.

P 4.50 Industrial Automation.

P 4.50 design of production systems.

P 4.50 electricity distribution.

P 4.50 fundamentals of chemical engineering.

P 4.50 management of productive systems.

P 4.50 information integration.

P 4.50 heat engines.

P 4.50 digital electronic systems.

P 4.50 machines technology.

P 4.50 materials technology.

P 4.50 technology energy.

P 4.50 theory of structures.

P 4.50 practices external.

Practices of company.

P 9 work end of grade.

End of degree work.

T 12 organization temporary of the subjects of the plan of studies course duration subject character credits first.

To expression graphic.












Física I.

F 6 C1 mathematics I.

F 6 C1 mathematics II.

F 6 C2 statistical and operational research.




Física II.

F 6 C2 Mathematics III.

F 6 C2 General Chemistry.




To fundamentals of Control automatic.

Or 6 C1 extension of physics.

Or 6 C1 extension of math.

Or 4.50 C1 elasticity and strength of materials.

Or 6 C1 fundamentals of science of materials.

Or 4.50 C1 theory of circuits.

Or 6 General electronic C2.

Or 4.50 C2 fundamentals of fluid mechanics.

Or 6 C2 mathematical methods.

Or 4.50 C2 theory of machines and mechanisms.

Or 6 C2 thermodynamics.




C1 Installations and electrical machines.

Or 4.50 C1 organization and management of companies.

Or 6 C1 manufacturing technology.

Or 4.50 C1 heat transmission.




C1 projects.

Or 4.50 environment technologies C1.

Or 4.50 C2 work end of grade.

T 12 A: annual; C1: 1st semester; C2: 2nd semester.

Note: According to available memory for verification of the title, the student, prior to the end of their studies, must demonstrate a level of proficiency in a foreign language equivalent to the B1 level of English of the common European framework of reference for languages.