Master in Renewable Energy in Electrical Systems

This Master's Degree consists of 60 credits spread across a two terms course, 24 ECTS in the first term and 24 the second one. Out of the total credits, 12 are from the Master's Thesis.

Formative Complements *

Subjects	ECTS	TYPE	Language
Structure, analysis and operation of electrical systems	3	FC

* Formative Complements: must be taken by those students who are in possession of any other university degree than those listed in the requirements for access to the master's degree.
 

C) Compulsory: 42 ECTS

E) Elective Course: 6 ECTS

Master's Thesis: 12 ECT

course Programs

◤ Access to previous course programs

GENERAL COURSE INFORMATION

☛ First year offered: 2012

• Information about Master´s Degree
• Verification Report
• External evaluation and Monitoring Reports

QUALITY INDICATORS

☛ Master's Degree indicators

☛ Labour insertion indicators

PROGRAMME’S QUALITY ASSURANCE

The Academic Committee of the Master’s programme complies with the SGIC-UC3M and it is responsible for the follow-up, analysis, review, assessment and quality of the program, it contributes with proposals to improve the program and produces the “Memoria Académica de Titulación” (Programme Report).

• Academic Committee

FACULTY AND COURSE PLAN

☛ Curriculum subjects and their faculty

Graduate Profile and Competences

• Graduate profile and competences

Application

The request must be submitted electronically through our application system. Before beginning the admission process, please read the following information:

• Documentation that must be uploaded to the on line application
• Calendar and general information about admission 
• Follow the step-by-step instructions in the application for admission

Requirements

The following candidates may be admitted to the Master's Degree in Renewable Energy in Electrical Systems:

• Those who have any of the following Bachelor's Degrees: Degree in Electrical Engineering, Degree in Energy Engineering, Degree in Industrial Electronic and Automatic Engineering, Degree in Mechanical Engineering or Degree in Industrial Technologies
• Those who have a degree in Industrial Engineering
• Those who have the degree of Industrial Technical Engineer in Electricity, Industrial Electronics and Mechanics
• Those who hold degrees from other educational systems equivalent to any of the above

In those cases in which the previous degree does not have a specialization or intensification in electricity or energy, the academic authorities will establish the need to take complementary training courses in those cases in which a lack of knowledge on the analysis and operation of electrical energy systems is detected.
 

FORMATIVE COMPLEMENTS

As indicated above, in those cases in which the previous degrees mentioned in the section on specific requirements for access to the master's degree do not have a specialization or intensification in electricity or energy, the academic authorities will establish the need to take the Formative Complements on Structure, analysis and operation of power systems (3 ECTS) in those cases in which a lack of knowledge on the analysis and operation of electrical energy systems is detected.

The dates and schedules of the Formative Complements can be consulted here.
 

Admission criteria

Student selection will be based on each applicant's CV Specifically we will consider:

* Language level B2 according to the Common European Framework of Reference for Languages (CEFR).
 

In the event that the course is oversubscribed due to high demand, personal interviews with candidates may be conducted.

Language requirements

Check the general language requirements required to study a Master’s at UC3M, depending on whether it is in Spanish, English or bilingual.

students with foreign university degrees

Once admitted to the Master’s program, students holding a university degree from a higher education institution outside the EHEA must provide the diploma, legalized through diplomatic procedures or by The Hague Apostille, for enrollment. They must also submit their transcript of records, including the grade point average, duly legalized.

More information about Legalization of Foreign Documents.

If needed, documents must be accompanied by an official sworn translation into Spanish.

TUITION FEES*

Reservation fee: €450 

• it will be paid once the student receives notification of admission to the master’s, and deducted from the first tuition payment
• the reservation fee will only be refunded if the master program is cancelled
   

✎│Tuition fees
 

NOTE: the indicated public prices do not include in any case, neither the ECTS corresponding to the Formative Complements that the student must take (only master's degrees with previous Formative Complements), nor the cost of issuing the master’s degree certificate.

_______

* Current fees for the academic year 25/26, pending approval by the Community of Madrid for the academic year 26/27.

Additional information

• You may enrol on the master’s degree after completing the admission process and receiving formal confirmation of your acceptance.
• When performing the enrolment you can choose between Full-time enrolment or Part-time enrolment.
• The email address provided upon enrolment will be used for formal communications; students are therefore kindly requested to check their mail regularly.
• Pursuant to the regulations of the Universidad Carlos III de Madrid, a student failing to pay any part of the fees will not be admitted and the enrolment process will be terminated. In cases of cancellation of enrolment due to non-payment, the University may demand the payment of the pending amounts for enrolment in previous academic courses as a prior condition of enrolment.
  No diploma or certificate will be issued if a student has any outstanding payments.

✎│Enrolment master’s programmes

✎│ECTS credits recognition

Best Practices and Regulations

• Student cohabitation system
• Ethical code
• Enrollment and permanence rules
• Master's degree access rules
• Master's Thesis rules
• Rules for credits recognition

[+] information

Graduates should be able to conduct and evaluate renewable energy projects, especially with regard to the electricity-related elements included. They should be able to collaborate with companies and organizations in activities to develop new products and technology. They should also be able to determine the economic and technical viability of renewable energy projects, taking into account the law, regulations and the general regulatory environment.

The curriculum makes these routes to employment available through the selection of appropriate elective subjects to complement the usual specific training for this Master's Degree. However there is no specific group of subjects (pathways, elective blocks, etc.) given that the Master's qualification in itself is already specific enough.

The goal of this Master's Degree is to produce graduates who are employable in industry and it has been designed to include a special focus on collaboration in this sector. This collaboration is mainly directed in three ways:

• Professional participants from industry within the Master's Degree's teaching staff.
• The chance to work on the Master's Thesis in an industry context, supervised by professionals.
• Industry scholarships for students

The Master's Thesis is the culmination of the course and it is intended to expand on the students' ability to produce original work on one of the degree's topics, in which the acquired knowledge will be synthesized. Students will also work on presentation skills and how to defend their work and the conclusions they draw. One-to-one supervision is offered for the Master's Thesis.

As part of the Master's Thesis, almost all the assignments are carried out in companies and agencies outside the university where students can become familiar with a different context and broaden their knowledge through practically-focused work, meaning an introduction to the activities they will undertake when they enter the world of work. One-to-one supervision is also offered for these tasks.

External examples of Master's Theses:

• Control of energy storage devices in electrical networks
• Development of home automation systems for increased energy efficiency
• Review of models for estimating and predicting direct normal irradiance.
• LSO testing procedures of representative series generation for solar thermal power plant simulation.
• The impact of uncertainty on solar radiation measurements for the production of solar thermal power plants
• Characterization of the Levelized Electric Cost of a typical hybrid FV-Wind system for rural electrification in Latin America.
• Characterization and implementation of the Levelized Electric Cost of a typical SMH system for rural electrification in Latin America.
• Characterization and implementation of a GIS for improvement the integration of PV panels in urban areas.
• Energy evaluation and wind farm design
• Comparative study on PE between the performance analysis parameters of different technologies.
• Proposed methodology for calculating power loss and performance analysis of wind farms in accordance with IEC rules 12 and 26.
• Design of the connection to of an offshore wind farm's to the high voltage electric grids in A.C.
• Design of an isolated, hybrid or supported PV module solar system for single-family homes.
• Study of modeling systems for solar radiation.
• Study of network integration for a multi-megawatt photovoltaic plant (> 10MW)
• Follow-up study of a circular solar power heliostat array based around a central receptor tower
• A limited-motion heliostat design for a central receptor tower.
• Prospective study of smart grids
• Analysis of wind turbines' critical variables when breakages and serious failures occur.
• Control panels for managing renewable power generation
• Analysis of start-up and cut-in speeds for different wind turbine technologies.