Welcome!
I'm an Assistant Professor of Economics at Wake Forest University. I joined Wake after receiving my PhD from Carnegie Mellon in 2022.
I study macro-labor topics related to technological change and inequality. My research uses micro-data to examine how structural features of labor markets -- such as tasks and occupations -- inform macroeconomic relationships, like automation's effect on wages and employment.
Recently, I've been working on the development of methodology/resources for measuring labor's exposure to technological innovation. I finetune a small embedding language model (Qwen3-0.6B) and use it to (1) match USPTO patent applications with ONET occupational task statements, and (2) perform on-demand classification of patents and tasks. This allows exposure measures to be quickly estimated for user-defined technologies and task categories, and at a fine cross-sectional and temporal level. Some early results:
The working paper (available here) shows that with training, Qwen3 is able to achieve near-GPT levels of matching/classification accuracy. It is also simpler to use than older NLP methods, free and open-source, and capable of running on a laptop. This drastically lowers the barriers to working with large textual datasets.
Custom exposure measures can be generated in a few minutes with the accompanying Python package (link here). The matched dataset will be updated quarterly, though it should be noted that patent applications are subject to an 18-month publication lag.