• Bowen Sha. Molecular modeling of PFAS removal with novel cyclodextrin-based adsorbents.
• Cole Brzakala. Artificial Intelligence to accelerate molecular simulations for design of PFAS absorbents, w/ Riccardo Taormina, CITG TU Delft.
• Vladimir Jelle Lagerweij. Machine learning and molecular modeling of aqueous electrolyte solutions.
• Parsa Habibi, Computational discovery of hydrogen storage materials, w/ Dr. Poulumi Dey, MSE TU Delft.

In the context of collaboration, I am currently co-supervising:

• Lili Ma (Pavement Engineering/CiTG, supervisors Dr. Katerina Varveri and Prof. Sandra Erkens) on Molecular simulation of bitumen.

• Menno Steverink Designing a carbon capture system to circularize CO2 use in craft breweries, w/ BrewRight.
• Timman van Oeveren Life cycle and technoecomonic analysis of hydrogen liquifaction processes.
• Declan Wee Hong Xiang Declan Development of machine learning potentials for aqueous electrolytes.
• Jordi Vlak Modeling of a modular water electrolysis system, w/ XINTC.

• Kyriakos Kokkinos Technoeconomic analysis of proton exchange membrane electrolyser, w/ XINTC.