Diplômes concernés
Composition du parcours
-
BIO653 PHY652B CHI661C PHY559B MEC661H PHY558B MEC652F PHY657 FLE-Week English-Week PHY558BT MEC655B
v2.11.0 (5725)
- Accueil
| UE | Type d'enseignement | Domaines | Catégorie d'UE | Volume horaire | Responsables | Site pédagogique |
|---|---|---|---|---|---|---|
| BIO653 Nature-based Solutions to Substitute Fossil Resources and... | PA - C8 | Biologie | Bernard Drévillon, Benoît Gabrielle |
|||
| CHI661C Chemical Storage of Energy | PA - C8 | Chimie | Didier Dalmazzone | |||
| English-Week English-Week | Langues | |||||
| FLE-Week FLE-Week | Langues | |||||
| MEC652F Wind Power | PA - C8 | Mécanique | ||||
| MEC655B Greenhouse Gases (GHG) Challenges and Observations | PA - C8 | Mécanique | Cyril Crevoisier | |||
| MEC661H Fluid-structure Couplings in Offshore Wind and Marine Ren... | PA - C8 | Mécanique | Luc Pastur | |||
| PHY558B Physics and Engineering of Photovoltaic Devices | PA - C4B | Physique | Erik Johnson | |||
| PHY558BT Physics and Engineering of Photovoltaic Devices - Tutorat | Tutorat | Physique | ||||
| PHY559B Power Electrical Engineering for Renewable Energy | PA - C3B | Physique | Yvan Bonnassieux, Martin Hennebel |
|||
| PHY652B Organic-based materials for the 3rd generation of solar c... | PA - C7 | Physique | Gael Zucchi | |||
| PHY657 Modeling the energy and climate transitions | PA - C6B | Physique | Jean-François Guillemoles |
