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Resolution Of May 23, 2011, At The University Of Cordoba, Which Publishes Curriculum Of Graduated In Mechanical Engineering.

Original Language Title: Resolución de 23 de mayo de 2011, de la Universidad de Córdoba, por la que se publica el plan de estudios de Graduado en Ingeniería Mecánica.

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Obtained the verification of curriculum by the Council of Universities, prior to the positive report of the National Agency for Quality Assessment and Accreditation, and agreed on the official character of the title by the Council of Ministers at their meeting of 1 October 20010 (published in the BOE of 11 November 2010, by Resolution of the Secretary-General of the Universities of 18 October 2010).

This Rectorate, according to the provisions of Art. 35.4 of the Organic Law 6/2001, of 21 December, of Universities, in the wording given by the Organic Law 4/2007, of April 12, has resolved to publish the curriculum conduct to obtain the degree of Graduate or Graduate in Mechanical Engineering from the University of Córdoba.

The curriculum referred to in this resolution shall be structured as set out in the Annex to this resolution.

Cordoba, May 23, 2011. -Rector, José Manuel Roldan Nogueras.

ANNEX

Graduate Studies Plan in Mechanical Engineering by the University of Córdoba

Knowledge Branch: Engineering and Architecture. Center of Impartition: Superior Polytechnic School of Córdoba

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

Basic Training

60

138

Optives

30

External Practices

-

End Grade

12

Total

240

2. Distribution of modules, subjects and subjects:

Mathematics II.

6

6

6

Manufacturing Engineering.

Power Technology.

4.5

External Practices 1.

Module

Materies

Assigns

Mathematics II.

Mathematics II.

6

Physics I.

Physical Foundations in Engineering I.

6

Informatics.

6

.

Enterprise Economy

Company.

Enterprise Economy.

Company.

6

Chemistry.

Representation Systems

6

Basic Training in Engineering I.

Mathematics I.

Statistical Methods in Engineering.

Math I.

Basic Training in the Engineering II.

Mathematics III.

Mathematics III.

6

Physics II.

Physical Fundamentals in Engineering II.

6

Branch I.

Thermal Engineering I.

6

Fluid Mechanics I.

Fluid Mechanics I.

6

Science and Engineering of Materials.

Materials Science and Engineering.

Science and Engineering of Materials.

6

Electrotechnics.

Electrotechnics.

6

Branch III Training.

6

6

6

Automatic.

Automatic.

6

Common Training Industrial IV.

Machines and Mechanisms.

Machines and Mechanisms.

6

Materials Mechanics.

Materials Mechanics.

Manufacturing Engineering.

6

Projects.

Projects.

6

Mechanical Technology I.

Elasticity and Resistance of Materials.

elasticity and Resistance of Materials.

6

Calculation and Design of Structures.

6

Mechanical Technology II.

6

Term_table_izq"> Thermal Engineering II.

Thermal Engineering II.

6

Mechanics II.

Fluid Mechanics II.

Mechanical Technology III.

Materials Engineering.

Manufacturing, Metrology, and Quality Control Processes

6

Manufacturing, Metrology, and Quality Control Processes.

6

Specific Mechanical Technology IV.

Calculation and Design of Machines.

6

Drawing.

Technical Drawing.

Technical Drawing.

6

Required Mechanical Technology.

Applied Mechanics.

Applied Mechanics.

6

Test and Control Techniques in Materials Engineering.

Test and Control Techniques in Materials Engineering.

6

Calculation Extension and Design of Industrial Structures and Constructions.

Extension of Calculation and Design of Industrial Structures and Constructions.

4.5

Security and Hygiene at Work in the Industrial Scope.

Safety and Hygiene at Work in the Industrial Scope.

4.5

4.5

4.5

4.5

4.5

4.5

4.5

4.5

The_table_table_izq"> Mathematical Methods of Mechanical Engineering.

Methods Mechanical Engineering Mathematicians.

4.5

and Cimentations Structures (1

Concrete and Cimentations Structures (1)

6

Pieces ' Parametric Modeling Mechanical Design (2).

Pieces Parametric Modeling Mechanical Design (2)

4.5

Structures (1)

Metal Structures (1)

4.5

Assisted Manufacturing (2

Assisted Manufacturing by Computer (2)

6

Low-Tension Industrial Installations Projects (3

Low-Tension Industrial Installations Projects (3

Generic Optativity.

Energy and Renewable Resources.

4.5

Building Industrial Structures (1)

Building Industrial Structures (1

English II.

English II.

6

Climatization.

Climatization.

External Practices 1.

5

External Practices 2.

External Practices 2.

5

Grade End Job.

Degree End Job.

Degree End Job.

12

In addition to the Generic Optativity of this title, students will be able to choose the following optional subjects from the Generic Optativity module of the Graduate/a Degree in Electrical Engineering and Undergraduate Engineering. Industrial Electronics, imparted in the same Center, to complete its offer of optativity.

Generic Graduate/a Electrical Engineering Optativity

4.5

Subjects

Subjects

Generic Optativity.

Industrial Organization.

(3

Ruids and Vibrations in Industrial Environments (3

Projects of Fire Protection Systems in Industries (3

Systems Projects Fire Protection In Industries (3

4.5

Luminary Projects (3).

Luminecon Projects (3).

4.5

Practices 1.

External Practices 1.

5

External Practices 2.

External Practices 2.

Table_table_izq"> 5

Generic Graduate/a in Industrial Electronics Engineering

Generic Optativity.

External Practices 1.

Subjects

Subjects

Computer Aided Design.

Computer-Assisted Design.

4.5

English I.

English I.

6

(2

Robotics (2)

4.5

Professional English for Industrial Engineering.

Professional Engineering for Industrial Engineering.

5

5

External Practices 2.

External Practices 2.

5

The joint improvement of the indicated subjects is a block of intensification of optativity, which will be recorded in the student's file with the following name:

(1) Structures.

(2) Advanced Manufacturing.

(3) Industrial Facilities.

3. Temporary distribution of subjects:

Course 1.

1.er Cuatrimestre

ECTS

Character

ECTS

Character

Fundamentals in Engineering I.

6

Basic.

6

Basic.

Fundamentals

6

6

Basic.

Enterprise Economy.

6

Basic.

.

6

Basic.

Statistical Methods in Engineering.

6

6

Basic.

6

Basic.

Materials Science and Engineering.

6

Required.

I.

6

Physical Fundamentals in Engineering II.

6

Basic.

Total

30

Total

30

Course 2.

1.er Cuatrimestre

ECTS

Character

ECTS

Character

Math III.

Character

6

Basic.

6

Required.

Mechanics I.

6

Required.

Electronics Foundations.

6

Required.

6

Required.

Automatic.

6

6

Required.

Engineering I.

6

Required.

Machine and Mechanisms.

6

Required.

6

Required.

Materials elasticity and elasticity.

6

Required.

Total

30

Total

30

Course 3.

Total

1.er Cuatrimestre

ECTS

Character

ECTS

Character

Technology.

Character

4.5

Required.

Thermal Engineering II.

6

Required.

and Design Machines.

6

Required.

Applied Mechanics.

6

Required.

6

Required.

Fluid Mechanics II.

6

Required.

Security and Hygiene at Work in Industrial Scope.

4.5

Required.

6

Required

1.

4.5-6

Optional.

Calculation and Design of Structures.

6

Required.

2.

4.5-6

Optional.

30-33

Total

30

Course 4.

Required.

1.er Cuatrimestre

ECTS

Character

ECTS

Character

Character

and Control Techniques in Engineering Materials.

6

12

Required

Required.

Projects.

6

Required.

Optional Credits Selection.

18-21

Optional.

of Calculation and Design of Industrial Structures and Constructions.

4.5

Manufacturing, Metrology, and Quality Control Processes.

6

4.5

Required.

Total

27

Total

Centro_table_body"> 30-33

Optativity Options

4.5

6

6

rowspan="12">

Selection of Optional Credits (4. course), to choose from:

Ruids and Vibrations in Industrial Environments.

English II.

Assignation Group

Assigns

Optives 1 and 2 (3. course), to choose from:

Metal Structures.

4.5

Mathematical Engineering Methods.

Organization Industrial.

4.5

English I.

6

Computer Assisted Manufacturing.

6

and Cimentations Structures.

6

Parts.

4.5

4.5

4.5

4.5

Energy and Renewable Resources.

4.5

Fire Protection Systems Projects in Industries.

4.5

6

.

4.5

Climatization.

4.5

English Professional for Industrial Engineering.

6

The total of the optional credits to be cured by the students between 3 and 4. º is 30, including those corresponding to External Practices, which do not appear in the previous table of timing given its character of realization external to the center.