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Description of the title
The energy sector is undergoing a transformation with the growth of renewable energies, the development of more efficient systems, such as combined heat and power (CHP), and the creation of new market models. Global energy consumption is expected to double by 2050 due to the growth of developing countries such as China and India.
Given the finite nature of fossil fuels and the high cost of fossil fuels, it will be essential to take advantage of all available sources, prioritizing renewables, using nuclear energy sparingly and optimizing cleaner technologies for coal combustion and CO2 capture.
To meet these challenges, professionals specialized in energy technologies, technical-economic management and environmental assessment are needed. The Master in Energy Technology for Sustainable Development offers comprehensive training to engineers and related graduates to address these challenges with an efficient and sustainable approach.
Objectives of the degree
The objective of the Master’s Degree is to provide its graduates with all the necessary knowledge to undertake professional activity or research work in the energy sector, in accordance with the needs of sustainable development, that is: improving efficiency and savings, as well as limiting the environmental impact of the processes of generation, transport and use of energy.
This general objective is achieved through the following specific objectives:
- a balanced multidisciplinary training in the field of energy;
- training in energy transformation and storage technologies;
- an introduction to the economic concepts necessary to understand market mechanisms.
Career opportunities
The Master’s degree opens up numerous career opportunities in various sectors.
- Energy industry, participating in the direction, management and optimization of projects.
- Design and implementation of advanced technological solutions for power generation and distribution.
- Consulting, engineering and technical services, collaborating in the evaluation and improvement of energy systems.
- Ability to analyze, plan and solve problems in complex contexts.
- Public and teaching at university or technical level.
- To promote innovation, sustainable development and professional growth in the energy sector.
Aimed primarily at
This master’s degree is aimed primarily at students who have completed a Bachelor’s degree in Energy Engineering.
- Degree in Energy Engineering.
- Degree in Industrial Technologies Engineering.
- Degree in Mechanical Engineering.
- Degree in Electrical Engineering.
- Degree in Industrial Electronics and Automation Engineering.
- Degree in Aerospace Engineering.
- Degree in Chemical Engineering.
Structure of the master’s degree
Credits: 90 ECTS
Mandatory:33 ects |Electives:27 ects |External internships:0 ects |Final Master’s thesis (TFM):30 ects
Module 1. Mandatory :33 ects mandatory
Subject:Energy Systems Analysis
Minimum credits: 16.5 | Character: Mandatory
Subject:Energy Systems Design
Minimum credits: 10.5 | Character: Mandatory
Subject:Energy Research
Minimum credits: 6 | Character: Compulsory
Module 2. Electives :27 ects electives
Subject:Energy technology complements
Minimum credits: 27 | Character: Compulsory
Note: In this subject a maximum of 9 ECTS can be carried out in external curricular internships (the syllabus contemplates a maximum of 9 ECTS for external curricular internships).
Module 3. Master’s Thesis :30 ects final degree project
Subject:Master’s Thesis
Minimum credits: 30 | Subject: Final Degree Project
Internships
With the internships you will bring your training closer to the professional reality. You will be able to carry out professional internships in various private and public companies, public administrations, technological institutes, consultancies and engineering firms thanks to the legal framework of the educational cooperation agreements signed with them. In some cases, you will even be able to complete your master’s thesis during these internships.
Curricular
They are included in the curriculum in the optional subject. For every 25 hours of internships, one credit is earned up to the maximum allowed by the syllabus.
Extracurricular
These are those that can be carried out on a voluntary basis during the training period and, although they have the same purposes as the curricular internships, they are not part of the curriculum. However, they will be included in the European Diploma Supplement in accordance with the regulations in force. They will have a maximum duration of 40% of the duration of the degree, to ensure the correct development and monitoring of academic activities by the students.
Internships can be carried out both in Spain and abroad, as well as at the University itself under the legal framework of educational cooperation agreements, and 100% of the internships are paid.
Internships are a good complement to theoretical and practical learning, which will allow you to gain experience in the selection process and professional job search, as well as work experience.
The ETSII’s Business Subdirectorate will provide you with all the information related to these internships, from the requirements to access, to the documentation to be submitted or the internship offers available.
You can also consult this information in the ETSII’s Enterprise Subdirection website.
Research and access to Ph.
Upon completion of the master’s degree, you will be prepared to practice as an energy engineering professional, but, if you wish, you can continue with doctoral studies or pursue other specialized master’s degrees.
Consult the doctoral programs in the area of Industrial Engineering offered by the UPV.
Academic exchange / agreements with other universities
It is possible to do the TFM in any of the universities in more than 30 countries -both in Europe and the rest of the world- with which the School has signed academic exchange agreements.
In addition, it is now possible to obtain a double degree thanks to agreements signed with some of the best European schools, namely the KTH Royal Institute of Technology in Sweden, the Politenico di Milano in Italy and the Technical University of Denmark.
You can find all the information on the web site of the Deputy Director of International Relations of the ETSII.
Facilities and laboratories
The ETSII has 12 computer classrooms equipped for teaching activities that require the use of computers. In addition, the departments involved in the teaching of the Master have specialized laboratories and computer rooms with specific technical software.
The following facilities are used in the different departments involved in teaching at MUTEDS:
- Department of Applied Statistics and Operations Research and Quality: 3 laboratories
- Department of Applied Thermodynamics: 4 laboratories
- Department of Chemical and Nuclear Engineering: 1 laboratory
- Electrical Engineering Department: 4 laboratories
- Department of Electronic Engineering: 4 laboratories
- Engineering Projects Department: 4 laboratories
Master’s Thesis
The Master’s Thesis is the last step of this training. It is an autonomous activity carried out by the student, with the support of one or more tutors. The final result must be an individual work that is defended before a university tribunal, following the rules in force.
Collaborating companies and more
Polytechnic University of Valencia
Departments of Electrical Engineering; Applied Thermodynamics and Chemical and Nuclear Engineering; and Institute of Energy Engineering.
Participating institutions and companies
- Valencian Energy Agency
- Acciona Energy
- Grupotec Solar
- Elecnor
- Iberdrola
- Unión Fenosa
