PhD candidate at DTU and product builder by night, working at the intersection of energy systems, sustainability, and AI. Driven by relentless curiosity and the conviction that the best engineers don't just model the future, they create it.
Shaped by persistent obsessions: markets, the long arc of history, psychology and philosophy — kaizen, ikigai, tanren in particular. The same pattern-recognition I use to model energy systems, I apply to human behaviour, civilisational cycles, and what it means to build something that lasts.
System-level modeling to accelerate the transition toward truly sustainable electric mobility, integrating battery technology, V2G, and global supply chain analysis. Spans the full lifecycle, from cradle-to-grave LCA and degradation modeling to second-life applications and grid-scale storage.
Institution
Danmarks Tekniske Universitet (DTU)
Period
Nov 2024 — Oct 2027
Supervisor
Mattia Marinelli, Francesco Pastorelli, Alexis Laurent
Publications
01
Life Cycle Assessment of Power-to-X-to-Power Pathways: From Electrolysis to Hydrogen Storage
Ferhati, L., Wei, X., Van Herle J., Ferrari L.
University of Pisa & EPFL (Group of Energy Materials)2024
02
Assessing environmental sustainability of different battery technologies for electric vehicles
Ferhati, L., Pastorelli, F., Laurent, A., Marinelli, M.
1st International Conference on Absolute Sustainability2025
03
Multi-dimensional allocation model within the AESA framework with Uncertainty Propagation: A case study on the EU-27 automotive sector
Ferhati, L., Pastorelli, F., Laurent, A., Marinelli, M.
SETAC Europe 2026 — Poster Spotlight 5.07.P-Th2062026
Research Initiatives
In DevelopmentResearch Initiative
MApper
Mapping sustainability across value chains.
Est. Q3 2026
Solo research initiative for systematic mapping of environmental impact across complex systems and value chains. Grounded in the methodology developed through my PhD research, MApper operationalises absolute sustainability assessment at scale.
PhD in System Analysis for Absolute Sustainability of EVs
Technical University of Denmark (Dept. of Wind and Energy Systems)
Nov 2024 — Oct 2027 · Ongoing
Research Assistant in Renewable Energy Communities (RECs)
University of Pisa (DESTEC)
May 2024 — Oct 2024 · Research topic: Renewable Energy Communities
Master Thesis Exchange
EPFL (Group of Energy Materials — Jan Van Herle)
Oct 2023 — Feb 2024 · Master's thesis: Life Cycle Assessment of Power-to-X-to-Power Pathways.
MSc in Advanced Energy Engineering
University of Pisa
Sept 2022 — Feb 2024
BSc in Energy Engineering
University of Pisa
Oct 2019 — June 2022
02 / Work
Projects
Live
Coetus.ai
Collective intelligence, engineered.
AI-powered collaboration platform that amplifies group decision-making. Synthesizes diverse inputs, surfaces hidden consensus, and structures deliberation — making teams smarter than the sum of their parts.
Independent iOS development studio building consumer apps at the intersection of AI and personal data. Focused on privacy-first, on-device intelligence — every product processes data locally, never in the cloud.