Multi-scale simulations (from atoms to continuum) of materials. Development of high-performance and sustainable glasses and cementitious phases for infrastructure and handled devices applications.

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• Concrete.ai releases beta version of tool reducing cost and carbon intensity of concrete construction | Architect’s Newspaper, October 2022
• Introduction to "Glass topology and artificial intelligence" for Glass: Then and Now | The American Ceramics Society, October 2022
• Concrete.ai developers prepare for software platform commercialization | Concrete Products, July 2022
• Concrete A I(nnovation) | Concrete Products, August 2021
• Artificial intelligence drives mix design performance, CO2 profiles | Concrete Products, June 2021
• UCLA engineers received $1.5 million grant to make environmentally friendly concrete | ULCA Samueli Newsroom, August 2019

• Ph.D., (2012), Université Pierre et Marie Curie (Paris, France)
• M.S., (2009), Ecole Normale Supérieure de Cachan (France)
• B.Sc., (2007), Ecole Normale Supérieure de Cachan (France)

• 2020: CAREER Award (National Science Foundation)
• 2014: Future Leader Nomination (The American Ceramic Society)
• 2012: Norbert J. Kreidl Award (The American Ceramic Society)

C&EE 108 – Introduction to Mechanics of Deformable Solids C&EE C105/C205 – Fundamentals, Properties, and Technology of Industrial Glasses C&EE 206- Modeling and simulation of civil engineering materials