Crowd Dynamics & Evacuation Route Social Modeling Team
Modeling crowd dynamics and evacuation behavior to design safer emergency egress routes and mass event safety protocols.
Research Mission
The Crowd Dynamics & Evacuation Route Social Modeling Team develops social and computational models of crowd behavior and evacuation dynamics — simulating how populations move through physical environments during emergencies to identify bottlenecks, optimize egress routes, and design safer evacuation plans. The team integrates social science understanding of evacuation decision-making with agent-based simulation and physical crowd dynamics to produce operationally actionable evacuation planning tools.
Key Research Functions
Evacuation Simulation
Developing agent-based models that simulate population evacuation under different scenarios — testing route configurations, timing strategies, and communication approaches to identify optimal evacuation plans before disasters occur.
Crowd Safety Analysis
Analyzing crowd dynamics at mass gatherings and in emergency egress situations — identifying dangerous density concentrations, flow conflicts, and bottlenecks that create crush hazards and designing interventions to prevent crowd disasters.
Decision Modeling
Modeling evacuation decision-making processes — investigating how people decide whether and when to evacuate, which routes to choose, and how social influence shapes evacuation behavior to improve warning and instruction design.
Research Capabilities
Directorate of Advanced Research & Applied Sciences
Join This Research Unit
Pacific 7.0 International recruits scientists, engineers, and researchers committed to advancing knowledge in service of global security and humanitarian protection.