Call for PhD candidates
This year, the Solar Academy is pleased to be co-financing several theses, among which there are no candidates yet selected. If the subject interests you and you think you have the profile, don’t hesitate to contact us directly (solar.academy@univ-smb.fr).
The theses are as follows:
–Household Energy Flexibility: Analysis of Behavioral and Economic Incentives, proposed by the IREGE laboratory, under the direction of Dorothée CHARLIER.
–Towards stable, lead-free perovskite solar cells compatible with eco-friendly fabrication processes: development, optimization and durability assessment, proposed by the LEPMI laboratory, under the direction of Emilie PLANES.
–Large-scale identification of rooftop photovoltaic systems using aerial imagery and heterogeneous territorial data, proposed by the LOCIE and LISTIC laboratories, under the direction of Martin THEBAULT.
–Geopolitical Effects of Critical Raw Materials for the energy transition, proposed by the IREGE laboratory, under the direction of Aude POMMERET.
–Prediction of PV Module Soiling via Real-World Environmental modeling and Multi-source Data Fusion, proposed by the LISTIC laboratory, under the direction of Yajing YAN.
–Adapting to Climate Change: Economic and Legal Perspectives on Municipal Solar Integration in the European Union, proposed by the IREGE laboratory and the Centre Antoine Favre, under the direction of Dorothée CHARLIER.
–Reducing the complexity of France’s building stock to better anticipate energy demand flexibility and the integration of solar resources, proposed by the CEA, under the direction of Martin THEBAULT.
–Performing multifunctional solar pavement, proposed by the LOCIE and LEPMI laboratories, under the direction of Christophe MENEZO.
–Modelling of optimized agrivoltaic systems using a multi-objective analysis approach, proposed by the CEA LITEN and the LOCIE laboratory, under the direction of Brigitte ASSOA.
List of theses common to the research poles of the Solar Academy Research Center
3 scientific themes:
- Solar resources for multi-scale energy needs (in built environment)
- Solar resource digitalization for a better reliability
- Â Dissemination of solar energy use
Summary of the theses on http://www.theses.fr/
- Fahra Cynthia 2020-2023 Study of maturation and degradation mechanisms in carbon-based perovskite solar cells, L. Perrin/E. Planès/L. Flandin, UNIQUE Project
- Mirella Al Katrib 2018-2021, Perovskite solar cells made entirely by electrodeposition, E. Planès/L. Perrin, MESR grant
- Thibault Lemercier, 2017-2020 Development of transparent electrodes for the elaboration of semi-transparent perovskite solar cells: single junction and tandem applications, L.Flandin/L. Perrin/ E. Planès/S. Berson (CEA) CSMB/CEA grant
- Marwenn Abdelli 2017-2020 Nano-architected ZnO/polymer type hybrid photovoltaic cells: elaboration, characterization and recycling, L. Flandin/A. Nourdine CEMAM grant
- Manon Spalla 2016-2019 Optimization of the lifetime of perovskite photovoltaic cells. Etude des Matériaux, Architectures et Procédés d'encapsulation, L.Flandin/L. Perrin/ E. Planès/S. Berson (CEA)/M. Matheron (CEA) Grant CSMB/CEA
- Sacha Juillard 2015-2018 Interface optimization of encapsulated organic PV systems, L.Flandin/L. Perrin/ E. Planès/S. Berson (CEA)/M. Matheron (CEA) CSMB/CEA grant
- El Moussawi Zeinab 2015-2018 Carbon nanotube-based nano-architected composite materials for photovoltaic application, L. Flandin/A. Nourdine MESR grant in collaboration with Lebanon