3 - Courses and credits details
The different modules are the following : Wind Energy, Marine Energy, Solar & Earth Energy and Energy Converters & Grid Integration, plus the mandatory Humanity Modules (Language, Legal Aspects, Project Management, Global Warming, Energy Savings, World Energy Situation and Geopolitical Aspects ...) The table below describes the breakdown in terms of credits and hours of work :
Courses and credits details
| | Wind Energy | | | |
|---|
| Modules |
Professor and Affiliation |
ECTS |
Contact hours |
Personal work |
| Mechanical conception & aerodynamics |
Marc Rapin, Wind turbine applications expert, ONERA |
1,5 |
10 h |
30 h |
| Blade conception & composite materials |
Chung Hae Park, Prof. in Composite Materials, Univ. Le Havre |
1,5 |
10 h |
30 h |
| Project management for the creation of wind farms |
Clément Lainé, Project Manager, Nordex France S.A.S. |
1,5 |
10 h |
30 h |
| Numerical aspects related to wind turbines |
Philippe Pasquet, Consultant, |
1,5 |
10 h |
30 h |
| | Marine Energy | | | |
|---|
| Modules |
Professor and Affiliation |
ECTS |
Contact hours |
Personal work |
| Marine renewable energy (Wave, Current and Tidal) |
Grégory Germain, Marine Hydrodynamics and marine renewable energy expert & Perter Davies, Composite Materials expert, IFREMER |
1,5 |
10 h |
30 h |
| Offshore wind energy |
Antoine Monteillet, Project Manager Assistant, WPD Offshore |
1,5 |
10 h |
30 h |
| Offshore structures |
Didier Lemosse, Prof. in Fiability and optimisation of mechanical structures, INSA Rouen |
1,5 |
10 h |
30 h |
| Environmental impact of marine renewable energy |
Dominique Mouazé, Prof. in hydrodynamics and sediment transport, Univ. Caen |
1,5 |
10 h |
30 h |
| | Solar and earth energy | | | |
|---|
| Modules |
Professor and Affiliation |
ECTS |
Contact hours |
Personal work |
| Photovoltaic solar energy |
Olivier-Jean Crumeyrolle, Prof. in Physics, Univ. Le Havre |
1,5 |
10 h |
30 h |
| Thermal solar energy |
Prof. Dr. Jan Mugele, Professur für regenerative Gebäudeenergietechnik, Hochschule Magdeburg, Germany |
1,5 |
10 h |
30 h |
| Geothermal energy |
Anne Pantet, Prof. in Civil engineering and geo sciences, Univ. Le Havre |
1,5 |
10 h |
30 h |
| Biomass and waste energy |
Aage Bredahl Eriksen, Prof. in Biomass energy , VIAUC, Horsens, Denmark |
1,5 |
10 h |
30 h |
| | Energy converters and grid integration | | | |
|---|
| Modules |
Professor and Affiliation |
ECTS |
Contact hours |
Personal work |
| Fundamentals of electrotechnics |
Yacine Amara, Prof. in electrotechnics, Univ. Le Havre |
1,5 |
10 h |
30 h |
| Energy converters |
Georges Barakat, Prof. in Electrotechnics and energy converters, Univ. Le Havre |
1,5 |
10 h |
30 h |
| Grid integration and intermittency |
Cristian Nichita, Prof. in Electrotechnics, grid integration and intermittency, Univ. Le Havre |
1,5 |
10 h |
30 h |
| Energy storage and fuel cells |
Foreign professor, Prof. in Energy storage and fuel cells , |
1,5 |
10 h |
30 h |
| | Humanities | | | |
|---|
| Modules |
Professor and Affiliation |
ECTS |
Contact hours |
Personal work |
| Language or French as foreign Language |
Mickaël Hauchecorne, Prof. in English and french as a foreign language, Univ. Le Havre |
3 |
20 h |
20 h |
| Legal aspects, project management |
Laurent Ouvrard, Project developper, Enercoop |
1,5 |
10 h |
10 h |
| Global warming, energy savings, world energy situation and geopolitical aspects |
Grégory Pinon, Person in charge of the Master Program, Univ. Le Havre |
1,5 |
10 h |
10 h |
Delivery mechanisms
This second year Master programme in Renewable Energy in Civil Engineering will use standard lectures and tutorials (Practical Sessions, Projects, etc.) to deliver the courses.
In general, each module will follow the same format. During lectures (10 hours/module), the particular renewable energy resource will be first discussed, then the details of the technologies to harvest that resource, and finally how the technologies are built and integrated into systems for the practical exploitation of renewable energy. This part of the module will be assessed by a final examination (FE).
Then, for each module, a project will be carried out in groups of 4 students on the concerned renewable energy for quasi real configuration. This project will require approximately 30 hours of personal work and, as much as possible, in close collaboration with industry or R&D professionals. This project (PR) will have an important role in the total evaluation (TE) of the module, either TE = 66% FE+33% PR or TE = 50% FE + 50% PR.
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