Air–sea interaction
Using buoy observations and environmental fields to examine how winds force waves and the upper ocean.
Physical oceanography · Honolulu, Hawaiʻi
I study how the atmosphere and ocean exchange energy—especially how tropical cyclones organize wind, waves, and the upper ocean across space and time.
A forcing history is a path, not a point. Wind, wave, and ocean states retain the record of where they have been.
Current focus
I am a Physical Oceanography PhD student at the University of Hawaiʻi at Mānoa. After completing dual degrees in Atmospheric and Oceanic Sciences and Urban Planning in May 2024, I continue to connect large-scale ocean dynamics and climate variability with the practical work of climate adaptation.
Using buoy observations and environmental fields to examine how winds force waves and the upper ocean.
Studying spatial structure, translation, and forcing history inside rapidly evolving storm environments.
Bringing physical science into conversation with adaptation, environmental planning, and public decisions.
Across scales
My work moves between basin-scale circulation and place-scale design—using analysis, visualization, and planning to make environmental change legible.
Selected work
The archive spans physical oceanography, climate predictability, scientific visualization, urban design, and environmental policy.
An honors thesis quantifying how basin-scale dynamics relate to interannual tide-gauge variability.
Read the projectLive and forecast virtual-buoy trajectories alongside North Pacific ocean, wave, and atmospheric fields.
Open ArcTrackPrivate workspace
Methods, literature notes, figure development, and project documentation are maintained in a protected research notebook. Authorized collaborators can continue through Cloudflare Access.
Living documentation for tropical-cyclone waves, forcing histories, analysis methods, and active writing.