Flood Learning Over Watersheds Ecosystem for Educational Development (FLOW-Ed) is an open-source socio-technical ecosystem for K-12 disaster risk communication.
Climate-induced hazards require continuous disaster risk communication. FLOW-Ed bridges the gap between complex hydroinformatics and K-12 education, transforming academic codebases into secure, sustainable, community-driven ecosystems.
Transitioning from centralized academic development to a decentralized multi-stakeholder consortium. Supported by the National Academies of Sciences Gulf Research Program (NAS GRP).
Read our Governance Charter →Two distinct, open-source serious games engineered for different scales of disaster risk management.
Web-Based Physics Engine
High-fidelity, zero-install web-based physics engine. Integrates 2D/3D hydrological simulations with localized damage estimation matrices to demonstrate macro-level civic resource allocation.
Voxel-Based Environment
Customized voxel architecture featuring rule-based NPCs and historical scenario engineering. Develops 3D spatial cognition regarding hazard mitigation and micro-level disaster preparation.
NGSS alignment guides, standardized modular lesson plans, and classroom deployment setup for K-12 environments.
View GuidesAPI specifications, Meta AI SLM integration guides, containerization setup, and SLSA supply chain security protocols.
Read DocsCOPPA compliance workflows, offline builds for rural schools, and containerized kiosk distributions for libraries.
Security SpecsFLOW-Ed thrives on a continuous influx of K-12 educators, hydroinformaticians, and game modders. Find your pathway to contribute.
Contribute to the open-source codebase: improve the physics engine, integrate AI tutoring, or build new tools for the ecosystem.
Translate hydrological data and flood research into compelling, place-based narratives that power in-game experiences.
Create curriculum-aligned game levels and lesson plans that bring disaster risk education into K-12 classrooms.
A repository of community-generated, place-based flood scenarios and asset mods. Safely moderated and sandboxed.
Requires peer-review & static analysis
Interactive STEM workshop engaging students with computer modeling, water dynamics, and flood simulations.
Hands-on STEM experience empowering young female leaders through interactive environmental science and serious games.
Community STEM exhibition featuring interactive watershed exhibits and physical-digital flood games for families.
Showcasing FLOW-Ed socio-technical research, hydroinformatic tools, and educational ecosystems at AGU.
Professional development training for K-12 educators on integrating place-based flood mitigation curricula.
Educator training workshop focused on localized hazard communication and Mississippi watershed resilience.