PhD candidates
Topic: Control laws for hybrid aircraft propulsion
Co-supervised with Maurice Fadel in collaboration with Airbus.
Topic: Data-driven approaches for resilient microgrids
Co-supervised with Maurice Fadel.
Topic: Model order reduction af hybrid systems and application to power electronics
Co-supervised with Zohra Kader.
Topic: Constrained learning and optimized control based on multi-physics and neural modeling - Application to multi-energy systems
Co-supervised with Philippe Chevrel and Fabien Claveau (LS2N)
Topic: Optimal, predictive and adaptive control strategies for hybrid fuel cell vehicles
Co-supervised with Christophe Turpin, Amine Jaafar, Jérémi Régnier and in collaboration with Vitesco Technologies
Topic: Scalable Control of Interconnected Systems
Co-supervised with Anders Rantzer and Richard Pates
Postdocs
Topic: Robust multi-objective control of electrical vehicles charging islands
In collaboration with Zohra Kader, Stéphane Caux, Nicolas Roux and Eric Bru
In collaboration with Zohra Kader, Stéphane Caux, Nicolas Roux and Eric Bru
Master thesis and internships
Topic" Sizing of EV charging microgrids with a smart EMS", in collaboration with Xavier Roboam, Bruno Sareni and Evelise Antunes
Topic" Sizing of microgrids for supplying electrolysers with renewable energy ", in collaboration with Ana Llor
Topic: Model Order Reduction for physics-informed fuel cell models", in collaboration with Jérémi Régnier and Thomas Jarry
Topic: Data-driven approaches for resilient microgrids, in collaboration with Maurice Fadel
Topic: Control laws for hybrid aircraft propulsion, in collaboration with Maurice Fadel and Airbus.
Topic Data-driven control of power converters, in collaboration with Zohra Kader.
Topic: Data-driven prediction of user behaviour for electrical vehicle charging
Topic: Physics-enhanced machine learning of energy systems, in collaboration with Carrier
Topic: Control Design for Energy-Sharing Module of Next-Generation Thermal Energy System ectogrid, in collaboration with E.ON
Topic: Optimization-based closed-loop stability enforcement for direct data-driven control