The infrastructure sector plays a vital role in driving economic growth, but it often faces challenges like cost overruns and delays. To address these issues, it is crucial to have an accurate project monitoring system in place that ensures timely completion. However, traditional manual tracking methods are not always accurate and efficient. according to a recent article published in the International Journal of Construction Management, they introduce an innovative technology-assisted progress monitoring framework that has been developed for road-based course construction. This innovative framework employs advanced methods, such as Unmanned Aerial Vehicles (UAVs) and photogrammetry, to capture real-time and precise data.
Through the use of sophisticated photogrammetry techniques, a detailed 3D point cloud model is generated to provide an accurate representation of the construction site’s geometry. This model enables computation of the percentage of completion, offering a precise indication of project progress. In addition, the framework facilitates tracking of work performed, material usage, and construction site visualization in three dimensions.
The study’s results demonstrate that the technology-assisted progress monitoring framework is effective in enabling accurate and efficient tracking of road-based course construction progress. Project managers can leverage AI-powered analytics and visualization tools to make informed decisions and implement measures to mitigate delays effectively.
This innovative approach enhances project monitoring capabilities and provides valuable insights for schedule comparison and performance evaluation. With its ability to streamline operations and improve project efficiency, the technology-assisted framework has the potential to revolutionize infrastructure monitoring practices and drive success in construction projects.
As the infrastructure sector embraces technological advancements, solutions such as the AI-powered progress tracking framework pave the way for enhanced productivity, cost savings, and timely project delivery. You can read more about This framework that has the potential to reshape the future of infrastructure monitoring and management, through the link below.
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