I am a postdoctoral researcher studying the effects of precipitation formation and growth in the atmosphere on Earth's energy and water cycles. This work involves the development of algorithms to quantify these microphysical processes using active and passive microwave satellite instruments, including the CloudSat mission and proposed ACE satellite. I have previously integrated cloud-resolving model simulations into the NASA Earth Observing System Simulator Suite while visiting at JPL for use in simulations of future satellite concepts. I am also interested in the study of geoinformatics and crowdsourcing, and I am a strong advocate of free and open source software—participating in and contributing to projects such as OpenStreetMap.
I earned my Ph.D. in Atmospheric and Oceanic Sciences at the Wisconsin–Madison in 2017 as well as my M.S. in 2014, both under supervision of Prof. Tristan L'Ecuyer. As a part of my graduate study, I completed my Delta Certificate in Research, Teaching, and Learning. Before attending UW, I received a B.S. summa cum laude in Meteorology (with a Mathematics minor) at Texas A&M University in 2012 with an Undergraduate Research Scholar designation.