AI-Powered Wind Field Modeling for Next-Generation Wind Farm Optimization

IFP Energies Nouvelles Group; Rueil-Malmaison; Sur place; EUR 35 000 - 40 000; Plein temps

Résumé du poste

IFP Energies Nouvelles Group invites applications for a doctoral contract focused on AI-powered wind field modeling to optimize wind farm design. You will develop generative models capable of reproducing in seconds what high-fidelity simulations compute in hours, advancing feasibility studies and turbine placement decisions.

Under supervision from CNRS/Météo-France and IFPEN experts, you will apply PDEs and machine learning (PyTorch) to encode turbulent physics, with English at B2 level and

Qualifications

• Required skills: Applied mathematics (PDEs, modelling), machine learning, and ability to work across disciplines.
• Academic requirements: MSc in Mathematics and/or Computer Science, or equivalent engineering degree.
• Language requirements: English level B2 (CEFR).

Connaissances

Applied mathematics

Machine Learning

multidisciplinary collaboration

Formation

MSc in Mathematics and/or Computer Science, or equivalent engineering degree

Outils

PyTorch

Description du poste

AI-Powered Wind Field Modeling for Next-Generation Wind Farm Optimization

01/10/2026 Contrat doctoral

AI-Powered Wind Field Modeling for Next-Generation Wind Farm Optimization

Generative artificial intelligence (AI), diffusion models, autoencoders, transformers, dimensionality reduction, temporal dynamics, wind energy

Wind farms are essential to the energy transition, but their optimization remains limited by prediction models that use simplified representations of wind, ignoring the complexity of atmospheric conditions. The result: inaccurate predictions of energy production and turbine lifespan, hindering optimization and driving up costs.
The objective: to create a fast and accurate digital twin of wind fields at wind farm scale. You will develop generative models (probabilistic diffusion, autoencoders, transformers) capable of reproducing in a matter of seconds what high-fidelity simulations (Méso-NH) compute in several hours.
The challenge: encoding the complex physics of turbulent flows into deep learning architectures while preserving essential spatio-temporal properties. You will work with data from Méso-NH (CNRS/Météo-France) to train and validate your approaches.
The impact: faster feasibility studies, optimized turbine placement, and improved predictive maintenance.
What you will gain: a rare profile at the physics/AI interface, and transferable skills well beyond the energy sector.
Your supervisors: Prof. Taraneh Sayadi (Cnam, M2N), expert in Scientific Machine Learning and model reduction for turbulent flows. Dr. Emeline Noël (IFPEN), specialist in boundary layer/wake interactions and Méso-NH contributor. Dr. Guillaume Enchéry (co-supervisor), expert in model reduction for PDEs.

02/11/2026

IFP Energies nouvelles is a public research, innovation and training organization whose mission is to develop high-performance, cost-effective, clean and sustainable technologies in the fields of energy, transport and the environment. For more information, please visit our website.
IFPEN provides its PhD students with a stimulating research environment and high-performance computing resources. In addition to a competitive salary and social benefits package, IFPEN offers all doctoral candidates the opportunity to participate in dedicated seminars and training programs.

Required skills Applied mathematics (PDEs, modelling), Machine Learning (PyTorch preferred), multidisciplinary collaboration
Academic requirements MSc in Mathematics and/or Computer Science, or equivalent engineering degree
Language requirements English level B2 (CEFR)