Research

This research explores urban mobility, infrastructure access, and the design of equitable transportation systems. My work combines observational and experimental methods to understand how the built environment and emerging technologies shape human behavior, accessibility, and safety in cities. Current projects focus on emergency food access, mobility equity, electric vehicle adoption, and hybrid work environments.

Emergency Food Access

Emergency Food Access

Abstract: This project evaluates food accessibility in urban neighborhoods, combining observational data with mobility traces to identify gaps in emergency food provision and the populations most affected. The goal is to create a multi-dimensional index of access that informs both policy and intervention design.

Neighborhood Connectivity

Neighborhood Connectivity

Abstract: This project examines mobility patterns across urban neighborhoods, using spatial network analysis to understand access to services, infrastructure gaps, and how residents navigate daily trips. The aim is to identify connectivity barriers and inform urban planning interventions.

Community-Centric EV Charging

Community-Centric EV Charging

Abstract: This project focuses on equitable deployment of electric vehicle charging stations, assessing access and adoption patterns across neighborhoods. It combines geospatial analysis with demographic data to identify priority areas and guide infrastructure planning.

Hybrid Work

Hybrid Work

Abstract: This project investigates how self-driving vehicles could transform work during commuting, including mobile office setups and productivity impacts. It evaluates human-automation interactions and the implications for workplace flexibility and urban mobility planning.

Publications

Clark, Callie, Christa Perfit, and Alice Reznickova. "A multi-dimensional access index: Exploring emergency food assistance in New York City." Health & Place 89 (2024): 103319.