1: Communication and humanism. 12 ECTS.

English for Energy and Environmental Engineering.

OB

I-II

6

Humanism.

OB

VI

6

Module 2: Basic engineering and architecture. 60 ECTS.

Applied Mathematics I.

MB

I

6

MB

I

6

for Engineers.

I

6

MB

I-II

6

Mathematics II.

MB

II

II

MB

II

6

Applied Mathematics III.

MB

III

6

Informatics II.

MB

III-IV

6

.

MB

IV

6

Management and Administration

MB

IV

6

Module 3: Common to the engineering industry branch. 60 ECTS.

Electrical Technology.

OB

I

6

and Heat Transfer.

OB

II

6

OB

III

3

Industrial Electronics.

OB

III

6

Resistance.

OB

III

OB

OB

III

6

Machines and thermal engines.

OB

V

6

Mechanics Fluids.

OB

V

6

Regulation and Control.

OB

VI

6

Systems Production and Manufacturing.

OB

6

6

VII

6

Module 4: Energy-specific. 45 ECTS.

Generation of Conventional Energies.

OB

IV

6

Environmental Aspects.

OB

IV

3

machines.

OB

V

6

Storage and transport energy.

OB

V

3

Generation of Renewables.

OB

V

6

OB

OB

3

OB

VI

3

3

3

Enterprise Practices.

OB

VII-VIII

6

Bioclimatic Architecture.

OB

VIII

6

5. Specific to the environment. 45 ECTS.

Environment Biology.

OB

II

OB

OB

II

Pollution Assessment.

OB

III

3

OB

IV

6

Ethics, deontology and environmental legislation.

OB

V

6

OB

OB

VI

3

technologies for pollution control and treatment atmospheric.

OB

VI

6

Management Systems. Environmental Risk Analysis and Management.

OB

VII

6

VII

3

OB

3

Cycle Analysis.

OB

VIII

3

Impact Assessment.

OB

VIII

3

Module 6: Materies optives. 18 ECTS.

Biotechnology applied to the environment.

OP

VII

OP

VII

3

Control, monitoring, and simulation of environmental processes.

OP

VII

3

Energy Efficiency in Thermal Systems.

OP

VIII

3

Efficiency in Building.

VIII

3

Energy Efficiency on Systems electrical.

OP

VII

3

Module 7: Work end of degree. 12 ECTS.

End-of-grade work.

OB

VIII

12

Total.

240

course

Mathematical Applied I

MB

I

6

Chemistry Environmental and Energy

MB

I

6

MB

MB

OB

OB

OB

English for Energy and Environmental Engineering

OB

I-II

6

Informatica I

MB

I-II

6

Mathematics II

MB

II

6

Biology

OB

II

and Heat Transfer

OB

II

6

Expression

MB

II

OB

II

OB

OB

OB

60

Second

MB

III

6

Machines and mechanisms

OB

III

III

OB

III

III

III

III

Resistance

OB

III

3

of the Environmental Pollution

OB

III

3

III

6

Informatics II

MB

Generation of Conventional Energies

OB

IV

6

MB

IV

6

Business Management and Administration

MB

IV

6

Waste Treatment Environmental Technologies

OB

IV

6

Environmental Aspects of the Energy

OB

IV

3

60

OB

OB

V

6

Fluid Mechanics

OB

V

6

Machines

OB

V

6

Ethics, deontology, and legislation environment

OB

V

6

Storage and power transport

OB

V

Renewable Energy Generation

OB

V

6

Regulation and Control

OB

VI

6

VI

3

3

3

3

Environmental technologies for the control and treatment of air pollution

OB

VI

6

Audit Energy

OB

VI

3

Management and Energy Efficiency

OB

VI

3

OB

OB

OB

6

60

OB

VII

6

Project Management and Technical Office

OB

VII

6

Management Systems. Environmental Risk Analysis and Management

OB

VII

6

VII

3

Territory Analysis and Management Techniques

OB

VII

3

. Environment

OP

VII

3

OB

6

6

End-of-grade work

OB

VIII

12

Cycle Analysis

OB

VIII

3

Impact Assessment

OB

VIII

3

Bioclimatic Architecture

OB

VIII

6

. Energies

OP

VIII

3

60

Total.

240

technology applied to the environment

OP

OP

VII

3

VII

3

3

Control, monitoring, and simulation of environmental processes.

OP

VII

Efficiency in thermal systems

OP

VIII

3

OP

VIII

3

3

Efficiency in Electrical Systems

OP

VIII

3