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I am a PhD candidate at ENS Paris-Saclay, in the Learning and Information Processing Systems (LIPS) team at Centre Borelli, in collaboration with the demand forecasting team at EDF Lab. My PhD is supervised by Argyris Kalogeratos, Mathilde Mougeot, Yvenn Amara-Ouali, and Yannig Goude.
My research studies how explicit structure can improve forecasting when data and computational resources are limited. In the context of electricity demand and renewable-energy forecasting, I investigate three complementary scales: dependencies between time series, transfer between related learning tasks, and the organization of training examples. This work has led me to develop and evaluate graph-based forecasting models, curriculum-learning methods, and cascaded transfer strategies for many-task learning under a shared optimization budget. A recurring objective of my work is to identify the conditions under which these structures provide information beyond strong unstructured baselines. I combine statistical learning, time-series forecasting, graph methods, and optimization, with particular attention to interpretability, controlled comparisons, and the operational constraints of power-system forecasting.
Before starting my PhD, I graduated from Télécom SudParis with a specialization in mathematics, and completed the Mathematics, Vision, Learning (MVA) master's program at ENS Paris-Saclay in 2023. In 2022, I studied at the University of Twente through the Erasmus program.
Education
PhD in Machine Learning
École Normale Supérieure Paris-Saclay
2024 – 2027 (expected) | Centre Borelli & EDF (CIFRE)
Graphical Models for Joint Forecasting of Short-Term Consumption and Renewable Production.
Supervisors: A. Kalogeratos, M. Mougeot & Y. Amara-Ouali.
MSc - MVA (Mathematics, Vision, Learning)
École Normale Supérieure Paris-Saclay
2022 – 2023
Time Series Learning, Optimization, Topological Data Analysis, Responsible ML. High honors.
Engineering Degree
Télécom SudParis
2019 – 2023 | Mathematics & Data Science
Probability, Optimization, Statistical Learning, Bayesian Estimation, Algorithms.
Erasmus Exchange
University of Twente (NL)
Spring 2022
Deep Learning, Differential Privacy, Reinforcement Learning, Data-Driven Modeling.
Graphical Models for Joint Forecasting of Short-Term Consumption and Renewable Production.
Supervisors: A. Kalogeratos, M. Mougeot & Y. Amara-Ouali.
Time Series Learning, Optimization, Topological Data Analysis, Responsible ML. High honors.
Probability, Optimization, Statistical Learning, Bayesian Estimation, Algorithms.
Deep Learning, Differential Privacy, Reinforcement Learning, Data-Driven Modeling.
Work Experience
Research Intern in Machine Learning
EDF & Centre Borelli
2023
Developed Graph Neural Network methods for short-term electricity demand forecasting using regional and individual data. Thesis available here.
Supervisors: Y. Amara-Ouali, Q. Chan-Wai-Nam & A. Kalogeratos.
Data Science Intern
Okwind
2022
Optimized solar production prediction algorithms using NeuralProphet, NHiTS, DeepAR, and TFT.
Supervisor: T. Riou.
Software Development Intern
Aerometrik
2021
Designed Arduino programs for particle counter interaction.
Supervisor: D. Rouault.
Developed Graph Neural Network methods for short-term electricity demand forecasting using regional and individual data. Thesis available here.
Supervisors: Y. Amara-Ouali, Q. Chan-Wai-Nam & A. Kalogeratos.
Optimized solar production prediction algorithms using NeuralProphet, NHiTS, DeepAR, and TFT.
Supervisor: T. Riou.
Designed Arduino programs for particle counter interaction.
Supervisor: D. Rouault.
Research
Go check out my latest publications in the field of Graph Machine Learning applied to Electricity Load Forecasting!
My personal touch
A more personal page that gathers my analog photographs and a non-exhaustive list of books I recommend.