Working with RMI's Carbon-Free Electricity team to accelerate the transition to clean electricity around the world.

- Streamlined data modeling processes and facilitated power grid simulations and decarbonize the grid- Developed ETL pipelines in Python to integrate public grid data into a power software platform - Leveraged graph databases to establish electrically accurate connections between grid information

- Developed back end in C++ with the Remote Presence Core Client Platform team, which focuses on providing client side libraries for product teams to create real-time audio or video applications.- Designed and implemented smarter data throttling to improve the reliability of audio and video calls for a variety of Meta's applications, including WhatsApp and Instagram

- Developed full stack in C++ and Python with the Cray Labs team to exposed client features to SmartSim, which is a library that allows orchestration and integration of HPC simulations and AI- Collaborated with climate scientists and other SmartSim users to model ocean temperatures

- Modeled jet structures and analyzed observation datasets in Python- Researched how jet structures affect observed gamma-ray burst (GRB) afterglow light curves- Lead author on paper below

- Programmed simulations of black hole accretion disks and analyzed observational data in Python- Co-authored three papers (below).- Presented at the 237th meeting of the American Astronomical Society (iPoster below)- Interviewed with the American Astronomical Society Journal Author Series (Youtube link below)