We study how cement-based materials form, react, and endure — from the nanoscale of the binder gel to the service life of infrastructure.
Cement is the most-used material on earth and among the hardest to decarbonize. Our work runs from binder chemistry measured at the nanoscale to models that predict what a material will do decades from now.
{{ area.body }}
Openings for M.S. and Ph.D. students, and for post-doctoral researchers, are available. Students interested in cement chemistry, thermodynamic modelling, or data-driven materials design are encouraged to write with a CV and a short statement of interest.