Desarrollo de un modelo de realidad aumentada (RA) para la identificación y gestión del catastro de redes hidráulicas en viviendas de interés social

Abstract

The efficient management of hydraulic networks in buildings is essential to ensuring service quality, minimizing downtime, and preventing costly repairs. Traditional methods for locating and maintaining these networks often face challenges related to accuracy and operational efficiency. This project introduces an innovative solution leveraging augmented reality (AR) technology to visualize and interactively manage concealed hydraulic networks. By developing detailed 3D models accessible through mobile devices, the application aims to facilitate the precise localization of pipes, valves, and other network components. Additionally, it will provide users with comprehensive information about each element of the system, optimizing maintenance operations and significantly reducing the risk of accidental damage or operational errors. The project employs advanced 3D modeling techniques and mobile application development to create an intuitive and user-centric tool. Extensive testing will be conducted to evaluate the accuracy of the models and the overall usability of the application, ensuring its practical applicability in real-world scenarios. The findings from this research have the potential to revolutionize hydraulic network management in the construction and maintenance sectors, driving greater efficiency, lowering operational costs, and supporting the sustainability and resilience of modern buildings.