Graduate Teaching/Research Assistant

The petitioner proposes to develop innovative, eco-friendly concrete materials that are more cost-effective and durable than traditional materials. Her work focuses on increasing the lifespan of U.S. infrastructure while curbing carbon emissions associated with industrial and agricultural construction processes.

The petitioner proposes to develop sustainable concrete technologies using advanced material characterization, concrete mix design, and finite element analysis. The work focuses on creating next-generation cementitious binders and concrete structures using recycled industrial by-products to reduce CO2 emissions in the construction industry.

The petitioner proposes to continue his research on developing new concrete mixtures, splicing methods, and predictive models. This work aims to enhance the mechanical properties of concrete, improve the integrity of reinforced concrete structures, and repurpose waste materials to increase structural resilience against catastrophic weather events.

The petitioner proposes to conduct practical engineering research focused on understanding material cracking, reinforcement system bonding, and structural behavior across various scales. This work aims to provide the necessary characterization and validation for low-carbon alternative materials to be adopted in real-world loading conditions. The goal is to enable the replacement of legacy materials with sustainable construction alternatives in large-scale infrastructure portfolios.