During my time at AIR Company, I assisted the innovation team in projects focused on optimizing CO2 conversion into sustainable products like aviation fuel. I helped fabricate catalytic materials, supported reactor operations, and worked on data analysis to enhance chemical processes. Working on these cutting-edge projects expanded my skills in catalyst synthesis and reinforced my passion for sustainability through technology.

Learn More

As an undergraduate researcher at the Cockrell School of Engineering, I conducted a Life Cycle Assessment (LCA) of hydroelectric energy. This experience gave me a deeper understanding of the environmental impact of energy production and allowed me to explore methods like carbon capture for reducing emissions. I had the opportunity to present my findings and recommend strategies for making hydroelectric energy more sustainable.

Learn more

In my research at McKetta, I explored the intricate relationship between electron transport mechanisms and semiconductor materials. By investigating band theory and performing quantum dot experiments, I connected theoretical knowledge to practical applications in nanotechnology. This experience further honed my understanding of material properties at the nanoscale and their implications for future technologies.

Learn more