You are here : Home > OUR WORK > Nos theses

Nos theses

​​​​​​​​​​​​​​​​​​

Published on 30 January 2026

Theses pursued within the team


Theses in progress

Ph.D. candidate​
​​Subject
​Partners
​Sixtine ALLARD
​Energy sufficiency: legal and territorial challenges for an effective energy transition​
 ​​Université Grenoble Alpes
​Etienne de CHAMBOST
 ​Impacts of massive renewable carbon mobilization on biogeochemical cycles and ecosystem services
 ​Ademe
​Anaïs DURIN
 ​The role of technological, economic, and societal levers and their interactions in decarbonization scenarios: an analysis using machine learning explainability
​Université Grenoble Alpes​​​​
​Virgile HIDALGO
 ​How can current natural uranium production be increased by 2100? What impact will this have on production costs? A mine-focused approach.
 ​ORANO
Mines Paris
​Louis MERCERON
​Complementarity between CO2, biomass and hydrogen for the production of e-bio-fuels.​​
EPFL/IPESE (Suisse)

​
​Mathieu RICHARD

 Influence of electricity market architecture on the growth of flexibility resources and effects of their integration into markets. ​Université Paris Dauphine
​Valentin SATGÉ​
 French electricity consumption in 2050/2060 – Technical and economic aspects of its evolution in the face of climate change​
 ​​Université Grenoble Alpes
Theses defended​

​​

​​Date de soutenance​​
 ​Auteur
 ​Titre
 ​Partenaires
​08/12/2025​Rind ALHAGE​
​
​Conditions for developing a carbon-free energy vector (hydrogen): technical and economic outlook based on a sectoral approach focused on transportation and industry in France​​
​​​Paris School of Economics ​
​16/09/2025
 ​Lukas HOFMANN
Study of the coupling between electricity and heat with the aim of decarbonising the French energy system
 ​Université Grenoble Alpes

​13/05/2025

​Thibault DELETOMBE

​Long term energy transition : economic analysis on the integration of renewable energies, storage and their systemic effects. The contribution of photovoltaic solar energy to security and decarbonisation in Europe​

​Université Paris Dauphine PSL

​13/12/2022
 ​Arthur LYNCH
 Nuclear in decarbonized power systems with renewable energy : Flexibility assessment, modeling framework, and role in the French and Western European electric transition​
 ​Université Paris Saclay

èses soutenues​

​

​​