30x faster zonal stats with cloud-native COGs and exactextract
Most working GIS code runs about 30 times slower than it has to.
Geospatial Data Scientist at The Conservation Fund with an MS in Remote Sensing and Geospatial Sciences (Environmental Data Science). I build data systems and analytical models that make sense of the landscape: land ownership, urban growth, fire risk, and conservation opportunity. The tools I have shipped at TCF have cut analysis time from 20+ hours to 10 minutes and reduced manual QA workloads by 93%.
Land cover classification, change detection, and spatial data modeling. ArcGIS Pro, QGIS, Google Earth Engine, geopandas, rasterio. Recent: 20 years of Landsat across LA County's fire hazard zones.
Supervised classification, time-series change detection (CCDC), and fuzzy entity resolution applied to spatial and environmental data. scikit-learn, pandas, geopandas.
End-to-end pipelines for land trusts and conservation orgs. USDA NRCS ACEP grant screening that replaces manual Web Soil Survey queries with one regional run. LLC-resolved parcel ownership and boundary change tracking across Southeast U.S. timberland.
An automated pipeline that resolves LLC ownership structures in county parcel records and detects ownership and boundary changes between time-stamped snapshots using spatial overlay analysis and symmetric difference.
93% reduction in manual QA review. Longitudinal ownership intelligence across the Southeast U.S.
Python SQL Data Harmonization Relational DB Spatial Overlay ReGrid
Automated USDA NRCS ACEP easement grant screening by applying SSURGO and NLCD raster criteria via REST services.
Analysis time: 20+ hours → 10 minutes. Projected $12,000/yr savings.
Python ArcGIS Pro REST APIs SSURGO NLCD
Seventeen years of Landsat imagery reveal that 16,643 ha of new development in LA County’s very high fire hazard zones largely predates the hazard designations meant to restrict it, exposing a structural gap in planning and insurance policy.
GEE Random Forest Landsat Remote Sensing
| Domain | Tools |
|---|---|
| Languages | Python, R, SQL, JavaScript, Bash |
| ML & Analysis | scikit-learn, supervised classification, fuzzy matching, data harmonization, entity resolution, time-series, change detection (CCDC) |
| Data Engineering | pandas, NumPy, relational databases, ETL pipelines, Git |
| GIS & Remote Sensing | ArcGIS Pro, QGIS, Google Earth Engine (cloud-native), geopandas, shapely, rasterio, Landsat |
| Visualization | Power BI, ArcGIS Online, matplotlib |
Most working GIS code runs about 30 times slower than it has to.