Integrating Digital Art into a Safety Management Platform for the Construction Industry through GIS and BIM in the Internet of Things Context

Abstract

The civil engineering safety management platform is a security management system based on Internet technology, aimed at providing comprehensive security management support for the civil engineering field. This platform provided comprehensive safety planning and monitoring, timely warning and prompts, and other full process applications by collecting, organizing, and analyzing key data in civil engineering projects, effectively improving project safety and management efficiency. However, traditional security management platforms have many limitations and are no longer suitable for the current environment. Through IoT technology, Geographic Information System (GIS), and Building Information Modeling (BIM) technology, this disadvantage can be optimized. In this project, with the background of the Internet of Things, a security information model based on BIM technology was used to construct a civil engineering safety management platform. By conducting comparative experiments, the performance of the civil engineering safety management platform in civil engineering construction was studied before and after its use, in order to evaluate its specific performance. Through experiments, it has been proven that compared to before using the civil engineering safety management platform, the detection time for fall accidents, electrical accidents, fire accidents, operation accidents, and ordinary accidents was 135 seconds, 145 seconds, 147 seconds, 184 seconds, and 161 seconds. After using the platform, the detection time was shortened to 35 seconds, 32 seconds, 38 seconds, 57 seconds, and 87 seconds, respectively, significantly reducing the detection time for various types of accidents. This would effectively improve the safety level of the project and ensure the safety of workers’ lives. Through experiments, it has been proven that the civil engineering safety management platform has a good safety protection effect, effectively improving the safety of the project, and making contributions to the research of Internet of Things technology in the field of engineering safety.