Main application areas of LCA: biofuels; wind turbines; hydrogen; water treatment; territorial LCA.
Main research themes on the LCA method: territorial LCA; multi-criteria decision support; parameterised models to estimate life cycle inventories; harmonisation of LCA practices for wind turbines.
Teaching activities: LCA module of the OWPD programme at IFP School.
2024 – present: Research Engineer in Life Cycle Assessment (LCA) within the Economics and Monitoring Department at IFPEN.
2020 – 2023: PhD in Life Cycle Assessment (LCA) – UMR ITAP at Institut Agro Montpellier & INRAE (Montpellier, France) and ELSA, the research group in environmental life cycle analysis and sustainability assessment.
2018 – 2020: Diplôme d’ingénieur, specialising in Process Engineering – Chimie ParisTech (Paris, France) – double-degree agreement with Polytechnique Montréal.
2014 – 2020: Bachelor’s degree in Chemical Engineering – Polytechnique Montréal (Montréal, Canada) – Graduated with High Distinction.
AIDHY – PEPR H2 (2023–2028) (https://www.pepr-hydrogene.fr/projets/aidhy/):
- Coordination of a work package to develop a multicriteria decision-support methodology for assessing the sustainability of low-carbon H2.
- Supervision of a postdoctoral researcher to couple the Discrete Choice Experiment (a behavioural-economics method) with territorial LCA.
- Collaboration with CEA‑Liten and CNRS‑LAMSADE.
LCA‑TASE – PEPR TASE (2023–2028) (https://www.pepr-tase.fr/projet/lcatase/):
- Supervision of a postdoctoral researcher to develop parameterised models for estimating life cycle inventory data of onshore and offshore wind turbines, accounting for spatial dimension. The models’ estimation uncertainty can be incorporated into the LCA results.
- Collaboration with Mines Paris and the University of Bordeaux.
List of publications on ORCID : https://orcid.org/0000-0001-8982-4994