Strengthening the Built Environment of Schools
Summary
Education infrastructure is particularly affected by disasters. In vulnerable communities such as Puerto Rico, these effects can be augmented due to the multi-hazard nature of the island (hurricanes, earthquakes, flooding, climate change). This project aims to transform how society addresses school infrastructure safety by studying community co-production of infrastructure knowledge, conducting engineering and policy assessments, and investigating engineering mitigation and policy solutions. To do so, this project centers on community knowledge and action by first convening stakeholder groups to determine community perceptions of school vulnerabilities and safety. These community-identified perceptions drive the project's new locally driven engineering and scientific analyses, which are used to assess risks to school safety and to propose effective and cost-appropriate mitigation interventions. In parallel, the project is developing recommendations on opportunities for policy interventions aimed at strengthening school infrastructure. These efforts produce assessments of threats to school infrastructure, demonstrate community-specific solutions, and identify new opportunities for school infrastructure safety policies.
Funding
- National Science Foundation (NSF) Strengthening Americas Infrastructure (SAI)
- Department of Education Graduate Assistantship in Areas of National Need (GAANN) Fellowship
Research Questions
- What are community perceptions of school infrastructure?
- What scientific assessments can be conducted based on those perceptions?
- What community-specific solutions can come out of this study?
- Disaster Recovery and Resiliency
- Strengthening the Built Environment of Schools
- Organizational Challenges of Post-Fire Recovery: Decision Making, Collective Action, and Community Outcomes
- Long-Term Outcomes of Post-Disaster Housing
- Building Capacity for Safer Shelter: Leveraging Local Understanding and Advanced Engineering Assessments
- Construction Capacity: Regional Construction Supply Chains and Disruptions
- Achieving Holistic Risk Reduction: Decision Processes for Resettlement, Reconstruction, and Recovery
- The Risk Landscape of Earthquakes Induced by Deep Wastewater Injection
- Resilient and Sustainable Infrastructure Systems: Post-Disaster Reconstruction Processes and Stakeholder Networks
- The Interdependence of Built, Social and Information Infrastructures for Community Resilience: A Participatory Process
- Pathways to Sustainable Recovery
- Sustainable Water, Sanitation, and Hygiene (WASH)
- Knowledge Mobilization in Global Projects and Organizations
- Engineering Education
- Other Projects