A vetted catalog of statewide metrics
An inventory of statewide indicators, each traced to its source and linked to a data release calendar, so every team cites the same numbers.
- Data governance
- Excel
- R
Things I've built and found, from statewide data infrastructure to graduate research and personal tools. I build with AI-assisted development: I set the requirements, make the data decisions, and test and debug what ships.
Data infrastructure and research support at a nonpartisan policy organization. These tools are internal, so I describe them only in general terms.
An inventory of statewide indicators, each traced to its source and linked to a data release calendar, so every team cites the same numbers.
Tools that let policy staff pull vetted numbers on their own, with a review step before anything is published.
A tested tool, first in R and then in Python, for preparing files with personal information for public release, documented for staff who don't code.
Consumer protection research on data privacy, debt collection, and court costs. Two reports from this work are forthcoming.
A Qualtrics survey of Dallas-Fort Worth employers on payroll flexibility and earned wage access.
A comparison of enacted and pending surveillance pricing bills in more than 20 states, focused on how each defines the practice.
Infrastructure, transportation, education, and local government, from 2023 to 2026.
First author of a working paper on how annexation reshapes demographics and political participation in Texas. I built a 600,000+ observation Census block dataset with a population-scaled buffer for extraterritorial jurisdictions, joined to turnout records. The study centers on the city of Galveston and on Cameron County, and I conducted its field interviews in Brownsville and Harlingen.
Regulatory research on vulnerabilities in California's water and wastewater utilities, which informed a national-security war game for senior federal officials.
Co-authored national guidance for the National Cooperative Highway Research Program, building the equity-evaluation framework and reviewing 32 state and regional transportation agencies.
Analysis of statewide student records from campus to state level, a return-on-investment method for the five-county Central Texas education and workforce pipeline, and briefs built for each legislator's district.
A school-level catalog of computer science course availability across several states, aggregated to district and state levels for a national report.
Projects from my M.A. in Government at UT Austin, from neural networks to survey experiments.
Tested whether counties with more cross-class friendships vote at higher rates, joining 2020 precinct returns aggregated to counties with social capital measures and Census controls nationwide.
Geocoded Phoenix building permits, pulled satellite imagery for each site, and trained a convolutional neural network to classify whether construction was visible.
A survey experiment with 462 completed responses testing how framing new transit construction affects support, comparing ZIP codes at risk of gentrification with others. At-risk ZIP codes came from Urban Displacement Project typologies for Atlanta, Chicago, Denver, Los Angeles, San Diego, Seattle and Tacoma, and the San Francisco Bay Area and Sacramento.
A 50-state analysis of whether the type of body that draws congressional maps predicts how proportional the results are in the 2020 cycle.
An economic development plan for the Brownsville metro and a site selection memo for the St. Louis region, both built on workforce, logistics, cost, and quality-of-life data.
Analyzed income and education across simulated redistricting plans for Massachusetts and New York, and built a keyword search across a decade of state news archives.
Tools I build on my own time. The data decisions behind them are the same ones I make at work.
Open the visualizer. An interactive map of Texas from Census blocks to the whole state, with a 3D view that raises each area by its value. It maps more than 45 measures across three Census periods from 2010 to 2024, harmonized to the same boundaries, and adds transit lines, power transmission, and water service areas. Guided tours step through each region’s metros in 3D, every Texas rail system, and story topics like rent burden and broadband, with fact cards that compare each place with Texas and summarize its spatial pattern (core versus edge, Getis-Ord hot spots, Moran’s I). The Analyze tab runs indices, scatterplots, robust regression, LISA clusters, and rankings on every area in the state, with plain-language interpretations, and exports to CSV, Excel, Stata, SPSS, SAS transport, GeoJSON, and shapefile with a codebook and citation. Statistics were checked against PySAL and statsmodels. R prepares the data, tippecanoe builds vector tiles, Cloudflare R2 serves them, and MapLibre draws them in the browser with no application server.
A Python pipeline that assembles every layer of government over the Austin metro, from city limits and ETJs to school, water, legislative, and commissioner districts, as the base for showing who governs any address.
A shared household recipe app. I designed its relational schema and the household access rules the database enforces, so members see only what is shared with them, and an import flow that normalizes messy recipes into one schema and flags low-confidence fields for human review before saving.
A desktop app for macOS that keeps a Google Sheet as the single source of truth and turns it into spending, income, investment, and scenario views. It has its own test suite, and the same pattern as a policy dashboard: one authoritative source and a reproducible transformation.