Explore the programs and courses offered by Renewable Energy in Electrical Engineering
Browse Programs Admission InformationThe Master in Renewable Energy in Electrical Engineering is an advanced training program designed to prepare professionals capable of
designing, managing, and optimizing renewable energy production systems. Here’s a general overview of this program:
Program Objectives
Advanced Technical Training: Provide an in-depth understanding of the principles of electrical engineering applied to renewable energies.
Sustainable Development: Raise awareness of environmental issues and sustainable energy solutions.
Innovation: Encourage research and development of new technologies in the field of renewable energy.
Program Content
The first semester is devoted to teaching the fundamental scientific and technical units in electrical engineering.
From the second semester onwards, a specialization in the renewable energies speciality with advanced teaching units.
The final semester is devoted to an end-of-study project:
1. Fundamentals of Electrical Engineering: Studies on electricity, electronics, and automation.
2. Renewable Energy Technologies: Training on solar, wind, hydroelectric, and geothermal energy.
3. Energy Systems: Analysis and design of energy production systems, including storage and distribution.
4. Regulation and Standards: Study of energy policies and safety standards.
5. Practical Projects: Applied research work and projects in partnership with industry stakeholders.
The course lasts two years, divided into four semesters.
Career Opportunities
Graduates can expect to find jobs in:
Companies involved in renewable energy production and distribution.
Engineering and consultancy firms.
Government agencies and NGOs focused on sustainable energy.
University research and development.
This Master’s program prepares students to tackle current and future energy challenges, blending theory and practice in the dynamic field of renewable energy.
S1:
Electrical power transmission and distribution networks
Advanced power electronics
µ-processors and µ-controllers
Advanced electrical machines
Applied numerical methods and optimization
S2
Photovoltaic energy conversion systems
Wind energy conversion systems
Electric power quality
Renewable energy sources
S3
Applications and sizing of renewable energy systems
Energy storage and fuel cells
Control of renewable energy systems
Renewable energy multi-source systems
Grid integration of renewable energies
Stream: Renewable energies
Harmonised master's degree: Renewable energies in electrical engineering.
Bachelor's degrees giving access to the master's degree:
Classification according to the compatibility of the degree: 1
Coefficient allocated to the degree: 1.00
Classification according to the compatibility of the degree: 2
Coefficient allocated to the degree: 0.80
Classification according to the compatibility of the degree: 2
Coefficient allocated to the degree: 0.8
Classification according to the compatibility of the degree: 2
Coefficient allocated to the degree: 0.80
Classification according to the compatibility of the degree: 2
Coefficient allocated to the degree: 0.80
Classification according to the compatibility of the degree: 4
Coefficient allocated to the degree: 0.65