I’m interested in collaborative and applied work that connects quantitative analysis, climate science, and risk assessment. While my background is in atmospheric and oceanic sciences, I’m open to opportunities across sectors and disciplines, including roles that involve new problem spaces, tools, or applications.
I enjoy learning quickly, working with new subject matter, and applying analytical skills to real-world challenges.
Postdoctoral Researcher
Lamont–Doherty Earth Observatory, Columbia University | February 2025 - present
My work focuses on tropical cyclone risk and climate variability. I integrate observational data, large climate-model ensembles, and physics-based hazard models, including the Columbia HAZard (CHAZ) model and the Tropical Cyclone Rainfall (TCR) parametric model, to investigate extreme compound hazards. My research combines computational model development, climate projections, and statistical risk analysis to assess return periods, uncertainty, and evolving tropical cyclone risks at local and global scales.
A PDF version of my résumé is available here. I’m happy to provide additional information or discuss my background and experience.
PhD, Atmospheric and Oceanic Sciences
University of Colorado Boulder | 2022–2024
M.S., Atmospheric and Oceanic Sciences
University of Colorado Boulder | 2020–2022
Doctoral research focused on air-sea interactions and low-frequency climate variability in the North Atlantic, using observational datasets and atmospheric general circulation models to examine large-scale ocean-atmosphere coupling and its role in regional climate variability and extremes.
B.S., Meteorology and Applied Mathematics
University of Miami | 2016–2020
Undergraduate research on ocean-atmosphere coupling and multidecadal climate variability in the North Atlantic, with an emphasis on quantitative analysis and climate dynamics.