Ballot Caps and Candidate Fields: Completion in New York City Ranked Choice Voting
Submitted to American Politics Research. Download working paper (PDF)
PhD Candidate, Political Science
University of Houston
Government AI · Public Policy · Quantitative Methods
I am a PhD candidate in Political Science at the University of Houston, specializing in public policy and quantitative methodology. I study how governments pursue artificial intelligence and how their priorities become administrative action.
My research centers on AI procurement in U.S. state and local government. I use solicitation records to study how priorities spread across governments and policy areas, how agency missions shape the capabilities officials request, and whether executive agendas influence bureaucratic demand. These records make an early stage of government AI adoption visible, before systems are purchased or deployed.
My methods training focuses on causal inference and machine learning. I also use language models to measure what agencies request in procurement documents. I apply the same attention to research design in other institutional settings, including a threshold-based observational study of administrative election records.
Prior to doctoral study, I earned a Master of Public Policy and a Bachelor of Science in Applied Quantitative Sciences from Arizona State University.
I study government AI through procurement, tracing how policy priorities spread and how agencies define the technologies they seek. Across projects, I match quantitative research designs and claims to the variation the data can support.
Submitted
Submitted to American Politics Research. Download working paper (PDF)
Submitted to Journal of Public Procurement. Download working paper (PDF)
Submitted to Policy Studies Journal. Download working paper (PDF)
Working Papers
Research in Progress
Developing a state-year measure of gubernatorial AI prioritization and policy orientation, then using it to estimate how executive prioritization affects downstream AI procurement.
Research Software
R package on CRAN, 2026.
Public Policy and Methodology
University of Houston
Arizona State University
Applied Quantitative Sciences
Arizona State University