Professional & Academic
Experience

Graduate Research Assistant

09/2022 - 12/2024

Stanford Doerr School of Sustainability

Led original research on multiphase instabilities in Earth systems, related to changing dynamics in persistently degassing volcanoes. Executed direct numerical simulations of solid-fluid-gas interactions on high-performance computing clusters. Developed a custom Python post-processing pipeline to analyze large datasets and visualize emergent patterns. Presented at AGU 2023; manuscript in preparation.

Climate, Energy, and Environment Intern

09/2023 - 06/2024

Sandia National Laboratories

Designed a modeling approach adapting a smoothed-particle hydrodynamics framework to simulate interactions between floating algae mats and wave energy, assessing impacts of Caribbean Sargassum on renewable energy potential.

Public Service Fellow

09/2023 - 06/2024

Stanford Haas Center for Public Service

Partnered with environmental nonprofits, community leaders, and university stakeholders to advance community-engaged research at the new Doerr School of Sustainability. Partipated in academic colloqium on theory and practice of community-engaged research and teaching, as a part of a cohort.

Environmental Action Intern

06/2021 - 12/2021

MIT Environmental Solutions Initiative

Founding member of a rapid-response research team producing actionable briefs, white papers, and technical-policy synthesis products for urgent environmental challenges. Projects include contributing to a white paper on water access and ethical engagement with the Navajo Nation, and organizing public comments on the Migratory Bird Treaty Act.

M.S. Geophysics

2024

Stanford University

Thesis: Effect of Host Fluid Viscosity on the Flow-Fracture Transition in Computational Hele-Shaw Cells

Selected coursework: Modeling Earth · Intro to Machine Learning · Fluid Mechanics · The Science and Practice of Valuing Nature for a Better World

B.A. Physics

2021

Reed College

Thesis: Multiphase Modeling of Glacial Lake Outburst Floods: A Review of Savage-Hutter Avalanche Theory and Debris Flow Models

Selected coursework: Classical Mechanics · Electromagnetism · World Environmental History · Environmental Politics and Policy

Haas Graduate Public Service Fellowship · Reed College Career Advancement Award
DAAD RISE Fellowship · Reed College Environmental Studies Summer Fellowship