Master in Renewable Energy in the Marine Environment
Master
À Nantes
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Typologie
Master 2
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Lieu
Nantes
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Durée
1 An
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Dates de début
Dates au choix
Renewable energy plays a more and more important role. At a social level, renewable energy contributes to a more sustainable energy system, by providing a more independent power system and contributing to the reduction of global warming and climate change.
Offshore renewable energy has a vast potential, but they represent a major technological challenge. The harsh conditions offshore demand advanced specific knowledge in various scientific and technological fields, and specifically trained professionals are demanded by this industry.
The aim of the REM master is to form specialists with the required skills to accomplish this technological challenge.
The Master provides the student with skills in assessment, analysis, simulation, development and exploitation of all available energy in the marine environment and in project development of safe, efficient and reliable marine energy generation plants, including operation and maintenance design and study of the integration of the plants in the electric system.
Précisions importantes
Modalité Formation continue
Les sites et dates disponibles
Lieu
Date de début
Date de début
À propos de cette formation
Students will acquire the necessary skills and qualification to work in a leading sector with an increasing demand for prepared and specialized professionals.
The master has an international teaching staff belonging to the four organizing universities besides lecturers coming from the supporting companies.
Les Avis
Les matières
- Structures
- Engineering
- Numerical analysis
- Equations
- Algorithmics
- Civil engineering
- Mechanics
- Physics
- Phytothérapie
- Business
Professeurs
Corps enseignant École Centrale de Nantes
Nantes
Le programme
30 ECTS Credits per semester.
Language of instruction: English
Autumn Semester Courses - Strathclyde
- Inspection and survey
- Control Principles
- Wind Energy and Distributed Energy Resources
- Renewable marine energy systems
- Power Electronics Devices, Drives Machines and Applications
- Physical model testing for offshore renewables
- Finite element analysis of floating structures
- Environmental Impact Assessment
- Energy economics
Spring Semester Courses - UPV/EHU
- Ocean wave energy and offshore wind energy assessment
- Advanced fluid dynamics modelling for marine engineering applications
- Theoretical and numerical aspects in fluid dynamics and turbulent flow
- Computational fluid dynamics for turbulent flow
- Modelling of wind/marine current turbine-driven electric generators
- Wave to wire control
- Integration of renewable energy into the electricity system
- Operation of transmission and distribution networks
- Power electronics in offshore power systems
- Environmental conditions for marine renewable concepts
- Operations and maintenance of marine energy arrays
- Basque language and culture
Course Content - M2
30 ECTS Credits per semester.
Language of instruction: English
Autumn Semester
Specialization A: Renewable Offshore Energy Systems Engineering
(ECN)
- Water waves and sea states modelling
- General concepts of hydrodynamics
- Numerical hydrodynamics
- Experimental hydrodynamics
- Marine renewable energy
- Wave-structure interactions and moorings
- French language and culture
Specialization B: Power Electronics and Control for Offshore Renewable
- Energy Systems (NTNU)
- Applied electromagnetics in power engineering
- Power electronics in future power systems
- Wind power in electric power systems
- Power electronics
- Power system analysis
- Quality of supply in electrical power systems
Spring Semester
Master thesis / internship
Informations complémentaires
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Master in Renewable Energy in the Marine Environment