Advanced Search

Resolution Of 10 November 2014, Of The University Of Cádiz, Which Publishes Graduate Curriculum In Industrial Electronic Engineering.

Original Language Title: Resolución de 10 de noviembre de 2014, de la Universidad de Cádiz, por la que se publica el plan de estudios de Graduado en Ingeniería Electrónica Industrial.

Subscribe to a Global-Regulation Premium Membership Today!

Key Benefits:

Subscribe Now for only USD$40 per month.

TEXT

Obtained the positive verification of the curriculum by the Council of Universities, prior to the positive report of the Andalusian Agency for the Evaluation of Quality and University Accreditation, and once established the official character of the title by Agreement of the Council of Ministers at its meeting of 26 September 2014 (published by Resolution of the General Secretariat of Universities of 2 October 2014 in the Official State Gazette 253, 18 October).

This Rectorate, in accordance with the provisions of Article 35.4 of the Organic Law 6/2001, of Universities, in the wording given by the Organic Law 4/2007, has resolved to order the publication of the study plan leading to the obtaining the official degree of Graduate or Graduate in Industrial Electronic Engineering from the University of Cadiz, which shall be structured as set out in the Annex to this Resolution.

Cádiz, 10 November 2014.-El Rector, Eduardo González Mazo.

ANNEX

CURRICULUM LEADING TO THE OFFICIAL DEGREE OF GRADUATE OR GRADUATE IN INDUSTRIAL ELECTRONIC ENGINEERING BY THE UNIVERSITY OF CADIZ (2503081)

Knowledge Branch: Engineering and Architecture

Partition Center: Top School of Engineering

Higher Polytechnic School

Distribution of the curriculum in ects credits by subject type

Type of matter

Credits

training

60

126

Optives

36

Practices

0

-of-grade work

18

Credits totals

240

Structure of teachings by modules and subjects

6

6

OB

Risk Industrial Prevention.

5

Electronic for Communications, Instrumentation, and Renewable Energy.

Mathematical and Statistical Models in Engineering.

Module

Cred.

Matter

Cred.

Allocate

Cred.

Course

Sem

Caract.

Module 1: Basic Training.

60

Enterprise.

6

Organization and Management companies.

6

1

2

OB

Mathematics.

24

Algebra and geometry.

6

1

1

Calculation.

6

1

1

1

.

6

1

2

6

2

3

Physics.

12

Physics I.

6

1

OB

Physical II.

1

6

1

2

OB

Chemistry.

6

Chemistry.

6

1

2

OB

6

1

1

1

1

1

6

6

Graphic Expression and Design assisted.

6

1

OB

Module 2: Common Training to Industrial Branch.

78

Termotechnia.

6

Termotechnia.

6

2

3

OB

6

2

4

4

4

Science and Engineering

Materials science and engineering.

6

1

2

OB

Electrotechnics.

6

6

6

OB

.

4

6

Electronics.

6

2

4

6

6

6

OB

Machines and Mechanisms.

6

Mechanisms and Machines Theory.

2

3

OB

6

Elasticity And Materials Resistance I.

6

2

3

Engineering

6

Engineering manufacturing.

6

2

4

OB

Projects.

6

4

7

6

Industrial Drawing.

6

3

OB

6

Environmental Technology.

6

2

3

the Production and Security.

6

Production Management.

3

6

OB

3

3

OB

Module 3: Industrial Electronic Technology Training.

48

Applied Electrotechnics.

6

Electrotechnics Extension.

6

3

5

OB

Analog Electronics.

6

Analog electronics.

6

3

5

Electronics.

6

Digital Electronics.

6

3

OB

6

6

3

6

Electronic Instrumentation.

6

Electronic instrumentation.

6

3

OB

6

6

3

5

Robotics and Industrial Automation

6

Automation Industrial.

6

3

6

OB

computer.

6

Industrial computer.

6

3

6

4: Advanced Training. (Algeciras Higher Polytechnic School).

36

Industrial Automatic.

12

Smart Control Systems.

6

4

8

4

8

8

8

12

Electronic communications and data processing.

6

4

8

OP

4

6

8

OP

Generalist.

24

Industrial electrical installations.

6

4

7

Chemical Process Engineering.

6

4

OP

thermal installations.

6

4

7

OP

Mechanics.

6

4

7

Module 5: Advanced Training. (Cadiz Superior School of Engineering).

36

Electronic Design.

18

configurable electronic layout.

6

4

4

7

6

7

OP

electronic devices.

6

4

8

OP

Automatic.

18

Automatic Systems in Smart Buildings.

6

4

7

OP

Advanced Simulation and Industrial Process Control Techniques.

6

4

8

OP

4

7

6

OP

48

48

micro-robotic applications.

6

4

8

OP

Management Industrial.

6

4

7

OP

6

4

7

OP

topography.

6

4

7

OP

buildings.

6

4

8

OP

installations.

6

4

7

OP

Industrial Maintenance.

6

4

8

OP

Technical Office, Legislation, and Standardization in Industrial Engineering.

7

OP

Table_table_izq"> Module 6: Job End Job.

18

Degree End Job.

18

Degree End Job.

18

4

8

TFM