Master's Description
The duration of Professional Master in Renewable Energies, Smart Grids and Electric Mobility
It is one year and the study modality is completely online.
Comprehensive training in the field of renewable energies and their integration into smart electrical networks, as well as sustainable mobility solutions. With a practical, industry-oriented approach, this program combines theory and practical applications, fostering the development of technical and analytical skills necessary to meet current and future challenges in the energy sector.
Block 1
Renewable technologies
and sustainable energy economy
Modules
Module 1: Renewable Technologies
Module 2: Energy Economics
Block 2
Energy digitalization
and sustainable mobility
Modules
Module 3: Big Data and AI applied to the energy sector
Module 4: Electrical networks and sustainable mobility
A language level is necessary B1 in English
for access to the training program.
Access conditions
He Professional Master in Renewable Energies, Smart Grids and Electric Mobility is aimed at all those university graduates or with a higher degree related to the industrial, telecommunications and computing and energy sectors.
Graduates in Industrial Engineering
Graduates in Renewable Energy Engineering
Graduates in Electrical and/or Mechanical Engineering
Graduates in Building Engineering
Graduates in Architecture
Related careers
Software
During your training at Professional Master in Renewable Energies, Smart Grids and Electric Mobility, you will receive an educational license from CYPE and PVsyst softwareIn addition, you will learn to use analysis, modeling and simulation tools for renewable installations.
Free and licensed software included:
PVsyst and PVgis
Design of photovoltaic systems. It allows simulations of energy production and financial analysis.
PVCase
Design of photovoltaic systems on land with the possibility of importing to PVsyst.
Sam
Developed by NREL, System Advisor Model allows simulation of energy production and financial analysis of photovoltaic systems.
sketch up
3D modeling software that can be used to design and visualize photovoltaic installations in buildings.
AutoCAD
Computer-aided design program used in architecture and engineering that can also be used for the design of photovoltaic systems.
Qgis
Open source and free. It allows you to view, edit and analyze geospatial data in different formats, such as maps, vector and raster layers, GPS data, among others.
WindPro
Wind resource modeling that allows the simulation of wind distribution at a specific site and the evaluation of available wind energy.
OpenWind
Wind energy modeling, analyses, evaluates the performance of wind turbines and performs energy optimization analysis
WindFarmer
Design and evaluation of wind energy projects. Analyze the feasibility of a project, design the layout of the wind turbines and estimate energy production.
WAsP
Wind resource modeling that allows the simulation of wind distribution at a specific site, the evaluation of available wind energy and the estimation of wind turbine performance.
Bladed
Dynamic simulation used to analyze the performance and feasibility of wind turbines. It allows users to simulate wind conditions and turbine behavior in different scenarios.
B.A.T.
Biomass Assessment Tool, Free software that allows the simulation and analysis of energy generation systems from biomass.
HOMER Pro
Energy modeling software that can be used for the design of biomass energy generation systems, including cost evaluation and system optimization.
RETScreen
Free software that helps users evaluate the technical and financial viability of renewable energy projects, including biomass.
TRNSYS
Energy simulation software used for the analysis of renewable energy systems, including biomass.
ENERGY PLUS
Industry-leading energy simulation software used to evaluate and optimize the energy performance of buildings. It allows you to analyze consumption, efficiency, thermal comfort and other related aspects, considering multiple variables and systems in the process.
Professional outings
100% EMPLOYABILITY
After completing your training with the Master, you will be able to become an expert in the sector and occupy one of the following positions of responsibility to work in renewable energies.
These jobs are, today, the most in demand by companies. In them you can work in renewable energies and continue improving professionally in your career:
Designer of renewable energy installations.
[Salary range: 25,000 to 35,000 euros per year]
Supervisor in the installation and maintenance of wind, solar, biomass and energy efficiency equipment.
[Salary range: 30,000 to 40,000 euros per year]
Analyst of renewable energy resources (Solar, Wind and Biomass).
[Salary range: 25,000 to 30,000 euros per year]
Project Manager of international energy projects.
[Salary range: 35,000 to 50,000 euros per year]
Economic and financial analyst of the profitability of renewable energy projects.
[Salary range: 25,000 to 35,000 euros per year]
Consultant, auditor and/or energy certifier.
[Salary range: 25,000 to 30,000 euros per year]
Electricity market operator.
[Salary range: 24,000 to 33,000 euros per year]
Master's Faculty
Active sector professionals from large companies and firms.
Alfonso Pinazo
SOLAR PV
Project Manager
Alvaro Rebe
BETTERGY
Energy efficiency engineer
Antonio Martinez
EIP
Academic Project Manager
Consuelo Alonso
GPG-NATURGY
Construction Wind Energy
Eugenia Alvarez
SEVENTH FLOOR
BIM Methodology Specialist
Francisco Arraez
UPV
Technical industrial engineer
Francisco Illana
ENVIRONMENTAL IMPACT
Technician and coordinator
Jaime Caballero
HELIOENERGY
Technical industrial engineer
Miguel Infantes
MAINJOBS
Director of Technological and Educational Innovation
Pedro Ferrero
EIP
EERR Area Teacher
Pedro Alvarez
EERR ELMYA
Engineer Manager, trainer
Juan Massipe
CIRCULAR BIPROJECT
Doctor Thermoenergy Engineer
Daniel Perez
L'ENERGÈTICA
Managing Director
J. Antonio La Cal
BIOLIZE
Dr. Industrial Engineer. Bioenergy Expert
Student opinions
Our masters are endorsed by the opinions of students who have completed our training.
Florence L.
★★★★★
«Excellent school for distance learning, well-organized study platforms and close proximity of all staff: coordinators, teachers, administrators. Every time I have a query they resolve it as soon as possible.”
Michael Serrano
★★★★★
«The best decision I could make was to do the master's degree in renewable energies at the EIP. Great teachers with very up-to-date recognitions. After much searching and thinking about what master's degree to pursue, I made the right decision.»
Alejandro Rojano
★★★★★
«I am very happy with the master's degree that the school teaches...they have specialists who provide their knowledge to the students in a very close and helpful environment...it is very versatile so if you are working it is very easy to combine both.»
Javier Corbacho
★★★★★
"It has been a wonderful experience, which has helped me enormously to grow as a professional in the renewable energy sector."
Gabriel Orlando
★★★★★
«I have completed the master's degree in renewable energy, energy savings and efficiency. Everything has been in perfect order, the contents and teachers have been at the forefront, and distance learning, although it represents a great challenge…»
