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Built environments

How the places people live and move shape injury and health.

Straight lineEMS stationCallRiverBridge
Straight line
By road
Reach
soonerlater
IllustrationReach follows the streets: a call that is close in a straight line can be far by road.

The problem

The problem

The best emergency is the one that never happens. This work studies how buildings, streets and neighborhoods, and the policies behind them, shape injury and illness, and how the built environment affects how well EMS can reach people.

An orange danger zone at a junction outside a school, with a zebra crossing, people crossing and a cyclist

Focus areas

What this work wants to know

  1. How do architecture and urban design affect health and emergency care?

  2. How does the built environment affect EMS system performance?

  3. Where, geographically, is risk concentrated, and why?

People

Who works on this

Faculty whose research connects to this area.

  • Matthew J. Trowbridge, MD, MPH

    Associate Professor & Director of Student and Resident Research

    Research interests: Built Environment & Health · Injury Prevention · EMS Systems · Medical Design

  • Pavel Chernyavskiy, PhD

    Assistant Professor of Biostatistics

    Research interests: Spatial Statistics · Bayesian Methods · Hierarchical Models · Population Health

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