About me

I turn complex environmental data into scalable, actionable insights with advanced remote sensing, LiDAR, GIS, and spatial analytics.

I specialize in: LiDAR & hyperspectral data processing · data integration · ML for spatial data · GIS decision tools
Actively seeking roles in geospatial data science, environmental tech, and remote sensing.

Research Portfolio

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Why do trees look the way they are?

This NSF-funded project uses terrestrial LiDAR to build detailed 3D reconstructions of tree architecture, revealing how leaf arrangement and density impact light absorption and how they emerge from competition, environment, and evolutionary history.

Tree crown architecture in a rainforest

As part of a DOE-funded project, we conducted a terrestrial laser scanning field campaign near the El Yunque forest in Puerto Rico to understand tropical tree architecture, its day-night variability, and its response to drought.

Tree Crown Architecture from Airborne LiDAR

As part of an NSF-funded project, we measured and tested whether the sunlit leaf angle of broadleaf deciduous trees differs across species, environments, and time using three years of time-lapse camera measurements across eleven forests.