Author(s)

Kai Chen

Corresponding Author

Kai Chen

Abstract

Aiming at the problems existing in the traditional construction project cost management model, such as data island, inefficient collaboration and delayed decision-making, this paper puts forward a design scheme of an integrated platform for construction project cost management based on cloud computing. The platform adopts cloud native micro-service architecture, which is divided into infrastructure layer, platform service layer, application service layer and user access layer, and realizes elastic expansion of resources, unified management of data, rapid iteration of applications and convenient access of users. The core functions of the platform are realized by cost core business module, data integration and exchange module, intelligent forecasting and decision support module and cloud collaborative workflow module. Through the LSTM (Long Short-Term Memory) neural network model, the platform can realize the dynamic prediction of material prices and effectively reduce the risk of cost overruns; Integrate BIM, ERP and other systems through API to break down information barriers and realize data interconnection; Improve collaboration efficiency and reduce communication costs through cloud collaboration space. The platform verification results show that the scheme can effectively solve the problems existing in the traditional cost management mode and improve the efficiency and decision-making level of project cost management.

Keywords

Integrated design, Construction engineering cost, Management platform, Cloud computing