Abstract for: Domestic Water Management Information Model Based on Cooperation and Powered by Industry 4.0 Technologies in Periurban Regions

Making a sustainable and adequate use of water resources represents a social dilemma where individual and collective interests of a community intervene. As a doctoral proposal, a simulation and prediction model is being developed with system dynamics fed with timely information provided through IoT and with an interface based on usability that allows the generation of knowledge in the context of domestic water management. Develop an information model of domestic water management based on cooperation and empowered by Industry 4.0 technologies, which allows the community in peri-urban areas to know the effect of their behavior on water availability to make it sustainable over time. Incorporation of the system dynamics line of work in the School of Engineering in Cali with 3 projects of Systems Engineering students modeling with system dynamics, the management of urban water and peri-urban water for its understanding and 3 other projects modeling other topics. Preliminary model of water management. Preliminary interface design for understanding the model, preliminary IoT architecture. The discussion has been around identifying people's knowledge and beliefs around domestic water management and how participatory modeling promotes short-term cooperation, allowing for long-term knowledge reinforcement through application.