The concrete construction management system is mainly composed of the concrete pouring part and the temperature control part, and integrates mixing plant production, cable crane transportation, deck meteorology and other information to manage the full process of concrete construction.

By utilizing IoT, mobile application and data integration technologies, it realizes the information-based management of the full test and detection process to obtain the data of all stages truly and efficiently, thus pulling off the closed-loop management covering sampling, entrustment, experiment, and report.

Connected by the Internet, smart phones are becoming an economical and reliable terminal device for data collection and receipt on construction sites.

Equipped with the leading application of BIM+ safety monitoring, the system provides full-lifecycle management for monitoring devices, categorizes monitoring devices and instrument burying ledger , provides mobile patrol APP, automatically analyzes safety monitoring data and generates an evaluation report.

It can dynamically evaluate the construction conditions of grouting in real time, perform dynamic analysis on concrete age, cantilever height, concrete temperature, joint opening degree and other factors, thus offering scientific guidance for the selection of the time for grouting.

Monitor grouting quality, master dynamic situation, and send alert for abnormality. Grouting result organization, compatible with market instruments, immediately display of completion outcomes. Special quality analysis, instruction combined with practice, supporting management decision-making.

It comprehensively controls and monitors the procurement, manufacturing and installation of metal structures, produces metal structures based on 3D models and visualized scenarios, and visually displays installation progress by setting apart different metal parts and components.

The system adopts 3D computer graphics, image processing technology and visualization technology to visualize the emulation results and data of finite elements such as deformation, stress, temperature, seepage and earthquake resistance, and provides users with intuitive, concise and accurate analysis of engineering structure safety features.