Laboratorio
Comunicaciones
Comunicaciones y Movilidad
Biotecnología

Energy Engineering

Andalucía TECH joint degree

This degree aims to provide future engineers with specialised training in energy ‚Äč‚Äčgeneration, transformation and management, and its applications.

This degree deals with the knowledge and skills required at every stage of the process that transforms primary energy supplies into mechanical, thermal, and electrical energy services.

US Information available to the public

UMA Information available to the public

Career Opportunities

Students will be given in-depth training on design engineering, projects, installation, functioning and maintenance of machines and systems related to energy transformations.

The graduate will master the technical foundations of the new trends in energy engineering from a generalist approach, including the different types of solar energy, cogeneration (combined electricity and heat) and innovative, efficient and sustainable energy systems.

Study plan

First Year
First 4-Month Term
Units ECTS Credits
Mathematics I 6
Mathematics II 6
Chemistry  6
Informatics 6
Physics I 6
Second 4-Month Term
Units ECTS Credits
Mathematics III 6
Statistics and Operative Research 6
Business  6
Graphic Expression 6
Physics II 6

 

Second Year
First 4-Month Term
Units ECTS Credits
Electronics 6
Fundamentals of Automatic Control 6
Energy Resources and Fuel Technology 6
Thermodynamics 6
Theory of Circuits 6
Second 4-Month Term
Units ECTS Credits
Advanced Studies of Mathematics and Numerical Methods 4,5
Material Resistance 4,5
Science of the Materials 4,5
Applied Thermodynamics 4,5
Fluid Mechanics 6
Heat Transfer 6

 

Third Year
First 4-Month Term
Units ECTS Credits
Facilities and Electrical Machines 7,5
Facilities and Hydraulic Machines 4,5
Energy Technology 4,5
Combustion Technology 4,5
Environmental Technology 4,5
Thermal Machines 4,5
Second 4-Month Term
Units ECTS Credits
Thermal Installations 6
Electric Power Systems 6
Business Organization and Management 4,5
Projects 4,5
Field: Energy Saving and Efficiency
Power Production Systems 4,5
Renewable Energy 4,5
Field: Power Production Systems
Energy Saving and Efficiency 4,5
Renewable Energy 4,5
Field: Energy Saving and Efficiency
Power Production Systems 4,5
Energy Saving and Efficiency 4,5

 

Fourth Year
First 4-Month Term
Units ECTS Credits
Field: Energy Saving and Efficiency
Energy Saving   6
Energy Efficiency in Thermal Installations in Buildings 6
Energy Efficiency in Industrial Sectors 4,5
Cross Sectional Optional Units * ECTS Credits
Saving and Efficiency in Installations and Electrical Machines 4,5
Energy Audits 4,5
Energy Regulation and Certification 4,5
Electronic Systems Power Conversion 4,5
Thermoeconomics Energy Systems 4,5
Field: Power Production Systems
Steam Power Plants 6
Gas Turbines and Combined Cycles 6
Electrical Systems in Power Plants 4,5
Cross Sectional Optional Units * ECTS Credits
Hydraulic Plants 4,5
Cogeneration 4,5
Alternative Internal Combustion Engines 4,5
Propulsive Systems and Transport 4,5
Thermal turbomachinery 4,5
Field: Renewable Energy
Power Plants 6
Solar Energy in Buildings 6
Renewable Energy Integration 4,5
Cross Sectional Optional Units * ECTS Credits
Biomass Energy 4,5
Wind Energy 4,5
Hydropower and Marine Energy 4,5
Photovoltaic Installations 4,5
Electronic Systems Power Conversion 4,5
Second 4-Month Term
Units ECTS Credits
Work Placement / Mobility / Cross Sectional Optionals 4,5
Work Placement / Mobility / Cross Sectional Optionals 4,5
Work Placement / Mobility / Cross Sectional Optionals 4,5
Work Placement / Mobility / Cross Sectional Optionals 4,5
Final Degree Project 12
Cross Sectional Optional Units** ECTS Credits
Energy Control Systems 4,5
Environmental Management 4,5
Hydrogen Based Systems 4,5
Nuclear Technology 4,5
Electric Vehicles 4,5

 

For more information, contact:

Universidad de Sevilla Universidad de Málaga
Coordinador
José Luis Molina Félix
jmolina@us.es
Secretaría ETSII
951 952 400
mijimenez@uma.es

 

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