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Resolution Of 16 March 2011, Of The University Of Oviedo, Which Publishes Graduate Curriculum In Chemical Engineering.

Original Language Title: Resolución de 16 de marzo de 2011, de la Universidad de Oviedo, por la que se publica el plan de estudios de Graduado en Ingeniería Química Industrial.

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Obtained the verification of the study plan by the Council of Universities, prior to the approval of the National Agency for the Evaluation of Quality and Accreditation, as well as the authorization of the Autonomous Community of the Principality from Asturias as determined by Decree 66/2010 of 30 June 2010 (published in BOPA on 9 July 2010), and established the official character of the title by Agreement of the Council of Ministers of 17 December 2010 (published in the BOE of 14 January 2011 by Resolution of the Secretary-General of the Universities of 23 December 2010), this Rectorate, According to the provisions of Article 35 of the Organic Law 6/2001, of Universities, in the wording given by the Organic Law 4/2007, it has decided to publish the plan of studies leading to the obtaining of the official degree of Graduation or Graduation in Industrial Chemical Engineering, which will be structured as set out in the Annex to this Resolution.

Oviedo, March 16, 2011. -Rector, Vicente Miguel Gotor Santamaria.

ANNEX

CURRICULUM LEADING TO GRADUATE DEGREE OR GRADUATE IN INDUSTRIAL CHEMICAL ENGINEERING BY OVIEDO UNIVERSITY (ENGINEERING AND ARCHITECTURE BRANCH)

Distribution of the curriculum in ECTS credits by type of subject

Type of matter

0

ECTS

training (FB)

60

(OB)

132

Optives (OP)

36

0

0

0

0

0

0

0

0

0

240

Distribution of basic materials according to RD 1393/2007 of 29 October in the curriculum

Knowledge Branch

Numeric Methods.

6

Matter RD 1393/2007 of October 29

linked

Credits

Course

Engineering and Architecture.

Mathematics.

Linear Algebra.

6

1

.

6

6

1

6

1

Physics.

Mechanics and Termodynamics.

6

1

1

Chemistry.

Chemistry.

Graphic Expression.

.

Enterprise.

Enterprise.

1

1

The_table_izq"> Informatics.

Informatics Foundations.

6

1

Total

60

Structure of the curriculum by modules and/or subjects and character of subjects

Environmental Engineering.

Industrial Chemistry.

OP

Treatment and Recycling of Solid Waste and Soils.

Total

rowspan="5">

Mention in Materials.

Materials.

Module

Materies

Assigns

Character

Credits

Course

Basic Training.

Mathematics.

6

1

FB

6

1

6

6

1

FB

6

Physical.

Mechanics and Termodynamics.

FB

6

1

6

1

Chemistry.

Chemistry.

FB

6

Graphic Expression.

FB

6

1

Enterprise.

Enterprise.

FB

6

1

Informatics.

6

1

Total

60

Training Extension.

Chemistry.

Extending Chemistry.

OB

6

2

Total

6

to Industrial Branch

Math.

Calculation Extension.

OB

6

2

Mechanics and Materials.

Manufacturing Processes.

OB

6

2

Materials Resistance.

OB

6

2

Theory and Mechanisms.

OB

6

2

Science.

OB

2

Energy and Environment.

Thermal Engineering.

OB

6

2

Mechanics.

OB

6

OB

6

3

Electricity, Electronics, and Automatic.

Electrical Technology.

OB

6

2

Electronic Technology.

OB

6

3

and Control.

OB

6

3

.

OB

OB

.

Projects and Technical Office.

OB

6

4

Total

Chemical Engineering

Chemical Engineering.

Fundamentals of Chemical Processes.

OB

6

2

Control and Instrumentation Chemists.

OB

OB

3

OB

3

OB

3

6

3

OB

6

3

3

Experimentation in Chemistry and Chemical Technology.

OB

6

3

OB

6

4

Total

Chemistry.

Experimentation in Instrumental Analysis.

OP

6

4

Assurance in Analysis Laboratories Chemical.

OP

6

4

Industrial and Environmental Analysis.

OP

OP

4

OP

6

4

6

4

Total

30

Mention in Inge-Environment and Environment Sustainability

Energy and Medium Environment.

Prevention and Control of Air Pollution.

OP

6

OP

6

OP

6

4

Management Instruments.

OP

6

4

contamination by Noise.

OP

6

Total

Materials.

Metallurgical Equipment and Facilities: Behavior in Service.

OP

4

4

6

4

OP

6

4

Non-metallic Materials.

OP

6

4

.

Electrochemical Applied.

OP

4

30

Common Optives to the Branch Industrial

Several Materies Related to General and Specific Competences to Industrial Branch.

Practices External.

OP

6

4

Accessibility and Design for All.

OP

6

4

Industrial Applications.

OP

6

4

Cooperation Development Technology.

OP

6

4

Creating Technology Base Companies.

OP

6

4

Ecodesign.

OP

6

4

Engineering.

OP

6

and Write Expression Techniques in English.

OP

6

4

Total

48

End Job

Work End Grade.

Degree End Job.

TFG

12

4

Total

12

Temporality of subjects

First Course

First semester

Assigns

6

Algebra

6

Calculation

6

Fundamentals

6

Second Half

Assigns

6

Graphic Expression

6

Chemistry

6

Numeric Methods

6

Second Course

First semester

Assigns

Engineering

6

Processes

6

Technology Electrical

6

Resistance Materials

6

Extension

6

Second Half

Assigns

6

Science

6

and Mechanisms Theory

6

Mechanics Fluids

6

6

6

6

Third Course

First semester

Assigns

Technology

6

and Control

6

Operations I

6

6

kinetic and Chemical Reactors

6

6

6

Table_table_izq"> 6

Second Half

Assigns

Environmental Engineering

6

Address

6

Operations II

6

Control and Chemical Process Instrumentation

6

and Chemical Technology Experimentation

6

Fourth Course

First semester

Assigns

Industrial Chemistry

6

Mention Optives

24

Second Half

Assignments

Projects and Technical Office

6

Mention Optional

6

Optional Industrial Branch

6

6

The student will have to choose one of the 3 mentions listed below, with all the optional subjects in block:

First semester

Analysis

Environmental Engineering and Sustainability

Materials

Experimentation in Instrumental Analysis.

Prevention and Control of Air Pollution.

Metal Equipment and Facilities: Behavior in Service.

Quality Assurance in the Chemical Analysis Laboratories.

Water Treatment.

Metal Materials.

Industrial and Environmental Analysis.

Treatment and Recycling of Solid Waste and Soils.

Materials not Metal.

Characterization Lab Physicochemistry.

Environmental Management Instruments.

Extractives and Steel Metallurgy Principles.

Second Half

Applied Electrochemistry.

Analysis

Environmental Engineering and Sustainability

Materials

Noise Pollution.

Electrochemical Applied.

Additionally, the student will choose one of the subjects listed below for the industrial branch:

Common Optives to the Industrial Branch

External Practices.

Universal Accessibility and Design for All.

Industrial CAD applications.

Technological Development Cooperation.

Creating Technology Base Companies.

Ecodesign.

Quality Engineering.

Oral and Written Expression Techniques in English.

The temporality of the subjects may, due to exceptional circumstances, undergo modifications, provided that it is authorized by the Vicerrectorate with competencies in Academic Management and before the beginning of the course academic.

The University will establish appropriate mechanisms to guarantee students the academic recognition of a maximum of 6 elective ECTS for participation in cultural, sports, and cultural activities. student representation, solidarity and cooperation, as provided for in Royal Decree 1393/2007 in Article 12.8.