2025
The roles of high-tech companies in collaborative emergency response networks
Li, Y., Fan, Y., & Kapucu, N. Public Management Review.
Ph.D. Candidate | Hong Kong Baptist University
AI Governance, Emergency Management, and Computational Social Science.
I am a Ph.D. candidate in the Department of Government and International Studies at Hong Kong Baptist University.
My research focuses on AI governance, public policy, and emergency management, with particular attention to how digital technologies are transforming public-sector governance, policy implementation, and crisis response.
Methodologically, I use natural language processing, social network analysis, multimodal analysis, and geospatial analysis to study governance and policy problems. I am also developing AI agents and computational tools for social science research.
Email: 23481609@life.hkbu.edu.hk
Publications and current work
2025
Li, Y., Fan, Y., & Kapucu, N. Public Management Review.
2025
Li, Y., Fan, Y., & Nie, L. Public Policy and Administration, 40(2), 276-301.
2021
Li, Y., Chandra, Y., & Fan, Y. Policy & Internet, 14(3), 651-672.
2020
Li, Y., Chandra, Y., Nie, L., & Fan, Y. Public Administration and Development, 40(5), 267-272.
Doctoral dissertation
This project examines how AI-mediated public administration changes administrative burden, frontline discretion, and the relationship between citizens and public institutions.
Working paper
Command and coordination in Macao’s civil protection response.
Working paper
Theory-based coding in multimodal short-video data.
Computational work
My methodological toolkit includes natural language processing, social network analysis, LLM-assisted coding, data visualization, and geospatial analysis.
More tools and research code are available here.
research_stack = {
questions: ["AI governance", "emergency management"],
methods: ["SNA", "NLP", "AI-agent-assisted analysis", "GIS"],
tools: ["Python", "R", "Gephi", "ArcGIS"]
}
Data collection infrastructure for studying public demands and government responsiveness.
A workflow for theory-based concept measurement with large language models and multimodal short-video data.
A reproducible topic-modeling workflow for text-as-data research in computational social science.