Page 544 - AI for Good Innovate for Impact
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AI for Good Innovate for Impact



                      Significance

                      This system aims to revolutionize infrastructure maintenance by integrating AI with civil
                      engineering tools, enabling predictive decision-making, extending the lifespan of critical
                      infrastructure, and aligning with sustainability and smart city goals.

                      This use case aims to address the inefficiencies in traditional concrete monitoring methods by
                      introducing an AI-powered system capable of real-time, non-destructive evaluation of concrete
                      structures. The system uses CNN models to detect cracks and regression-based models to
                      predict moisture content using sensor input. It helps construction engineers and maintenance
                      teams identify early-stage damage and moisture anomalies, thereby enhancing infrastructure
                      durability, safety, and resource optimization.

                      Use Case Status: Concept validated, data collection and model development ongoing.


                      Partners
                      Mbeya University of Science and Technology (research and lab testing), local construction firms
                      (validation and implementation), sensor vendors (hardware support).


                      2�2 Benefits of Use Case

                      The project contributes to industry, innovation, and infrastructure, sustainable cities and
                      communities, and responsible consumption and production by improving infrastructure
                      resilience, supporting early detection of construction issues, and reducing material waste.

                      2�3     Future Work


                      Planned steps include:
                      •    Expanding dataset using field data
                      •    Collaborating with construction firms for real-world pilots
                      •    Improving model accuracy and generalization
                      •    Mobile application development for on-site use
                      •    Integration with Building Information Modeling (BIM) platforms

                      3      Use Case Requirements


                      REQ-01: Integration of sensors (moisture, strain, load) is critical for data collection

                      REQ-02: Real-time crack detection using camera images is critical
                      REQ-03: Data transmission to an edge or cloud server is critical


                      REQ-04: AI model deployment on edge device or cloud platform is critical
                      REQ-05: User interface/dashboard for visualization and alerts s critical












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