Machine Translation of "Resolution Of July 20, 2011, At The University Of Seville, Which Publishes The Plan Of Graduate Studies In Industrial El..." (Spain)

Resolution Of July 20, 2011, At The University Of Seville, Which Publishes The Plan Of Graduate Studies In Industrial Electronic Engineering.

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 Electrónica Industrial.

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TEXT

Obtained the positive verification of the curriculum by the Council of Universities, prior to the favorable report of the National Agency for the Evaluation of Quality and Accreditation, and once established the official character of the Title by Agreement of the Council of Ministers of 1 October 2010 (BOE of 11 November 2010),

This Rectorate, in accordance with the provisions of Article 35.4 of the Organic Law 6/2001, of 21 December, of Universities, in the wording given by the Organic Law 4/2007, of 12 April, has resolved to order the publication of the Study plan leading to the obtaining of the degree of Graduate or Graduate in Industrial Electronic Engineering from the University of Seville, which will be structured as shown in the following annexes.

Sevilla, July 20, 2011. -Rector, Joaquin Luque Rodríguez.

ANNEX

Graduate Studies Plan in Industrial Electronics Engineering by the University of Seville

Knowledge Branch: Engineering and Architecture.

Impartition Centers: Higher Polytechnic School.

Distribution of the curriculum in ECTS credits by type of subject.

Type of matter

Credits
F	Basic Training	60
O	Required	150
P
Job End Job	18
	Total	240

Structure of teachings by modules:

Projects I.

Electronic Technology

Marketing and Commercial Engineering.

Job End Job

Module	Allocate	Subject Type	Credits
Basic Training.	Enterprise.	F	6
	Expression.	F	6
	I.	F	6
	Informatics.	F	6
	Math I.	F	6
		F	6
Basic Training in Engineering I.	Mathematics II.	F	6
Basic Training in Engineering I.
Mathematics III.	F
Basic Training in Engineering II.	Physical II.	F	6
Basic Training in Engineering II.	IV.	F	6
		O	O	O		6

	Electrical Machines. Control and Protections.	O	6
Regulation.

	6	6				O	O	6
Electronics.		O	6
Digital Electronics.		O	6
Industrial Electronics Technology III.	Informatics and Industrial Communications.	O	6
Industrial Electronics Technology III.	Engineering.	O	6
Complementary Training to Industrial Branch.	Build and Topography.	O	6
Complementary Training to Industrial Branch.
Projects II.	6
Common Training to Industrial Branch I.	Energy Engineering and Heat Transmission.	O	6
Common Training to Industrial Branch I.	Engineering Fluidomechanics.	O	6
Common Training to Industrial Branch II.	Materials Engineering.	O	6
Common Training to Industrial Branch II.	Technology Electrical.	O	6
Common Training to Industrial Branch III.	Industrial Automation.	O	6
Common Training to Industrial Branch III.	Industrial Electronics.	O	6
Common Training to Industrial Branch IV.
Common Training to Industrial Branch IV.
	Machines and Mechanisms.	O	6
Common Training to Industrial Branch V.	Manufacturing Processes.	6
Common Training to Industrial Branch V.	O	6
Industrial Electronics Required I.	Conditioning and Conversion of Signals.	O	6



	O	6
Electronics Required II.			O	6
Electronics Required II.	Microprocessor-based Systems.	O	6
Optativity.	Industrial Robotics Extension.	P	6
	Control of Systems Alternative Energy.	P	6
	Digital Design.	P	6

	Metrological Engineering.	P	6
	Processes, Components, and Instrumentation for Waters.	P	6
	and Building Control Systems.	P	6
	Electronic Monitoring, Control, and Functional Security Systems.	6

6
6		6

	6
			P	P	P	6
		Acoustic Applied to the Engineering.	P	6
		Quality of Engineering.	P	6

		Corrosion and Protection of Materials.	P	6
		Enterprise, Culture Entrepreneur and Enterprise Plan.	P	6
		Sustainable Development.	P

		Integrated Project Address	P	6
		Design Attended By Computer.	P	6
		Renewables.	P	6

		Metal and Concrete Structures.	P	6
		by Mechanized.	P	6
		Engineering.	P	6
		Technical English.	P	6
		Power Facilities.	P	6
		Engineering from a Global Perspective.	P	6
		P	6
		Advanced Engineering Application Materials.	P	6

		Numeric Methods in Engineering.	P	6
		.	P	6
Representation and Interpretation of Planes.	P	6
Security and Hygiene at Work.	P	6
Environmental Technology.	P	6
Nuclear Technology.	P	6
Treatment.	P	6
External Practices.	Practices in Companies.	P	6
		12

Temporary Organization of Study Plan Subjects:

Course

Job End Job

Duration	Allocate	Type	Credits
	First	C1	Graphic Expression.	F	C1
		F
				F	F	F	F	C1
			.	F	6
			C1			F	6
			C1			F	6

		C2			F	F	C2
			II.	F	F		C2
			II.	F	F		C2
C2

	Electrical Technology.	O	6
Second	C1	Mathematics III.	F	6
	C1	Electronics Industrial.	O	6
	C1	Engineering Materials.	O	6
	C1	Materials Resistance. Structures.	O	C1
		Technology.	O	O		C2

	C2				6
		C2

					O	O	C2
	Electronics.	O	O		C2
	C2	Energy Engineering and Heat Transmission
O	6
C1	C1	O			C1
		Instrumentation.	O	6
	C1			6
		C1			C1


	OR	Machine and Mechanisms Theory.

	C2	6	6	6	O	6
	C2	Industrial Automation.	O	6
C2	Power Electronics.	O	6
C2	Projects I.	O	6
C2	Automatic Regulation.	O	6
Fourth	C1	Informatics and Industrial Communications.	O	6
	C1	Engineering of Automation.
		C1	Electrical Machines. Control and Protections.	O	6
	C1			6
		C1			6

	C2	Optional 2.	P	6
	C2	Optional 3.	P	6
	C2	Digital Signals Processed.
T

Optional subject relationship:

Assigning

Advanced Digital Design

Practices in Companies

Security and Hygiene at Work

Credits
routing and Control by Fluid: Hydraulics and Tire	6
	Applied acoustics to Engineering	6
Industrial Robotics Extension	6
Quality of Engineering	6
	Control Alternative Energy Systems	6
	corrosion and Material Protection	6
Enterprise, Empresing Culture, and Enterprise Plan	6
Sustainable Development	6
6
Computer Aided Design	6
6	6
6
Renewables	6
	and Concrete Structures	6
Manufacturing by Mechanized	6
Engineering Maintenance	6



6
Installations	6
Engineering from a Global Perspective	6
Marketing and Engineering Commercial	6
Advanced Application Materials in Engineering	6
Numeric Methods in Engineering	6
	6
6
Processes, Components, and Instrumentation for Waters	6
6

6	6	6
and Building Control Systems	6
Electronic Monitoring, Control, and Functional Security Systems	6
Environmental Technology	6
Industrial Communications Technology	6
Nuclear Technology	6
Treatment	6

A: Annual; C1: 1.^er Cuatrimestre; C2: 2. º Cuatrimestre.

NOTE: According to the title verification memory, the student must, before the completion of his studies, accredit a level of language skills in a foreign language equivalent to at least the B1 level of the The European Common Framework of Reference for Languages.

Resolution Of July 20, 2011, At The University Of Seville, Which Publishes The Plan Of Graduate Studies In Industrial Electronic Engineering.

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 Electrónica Industrial.

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