Publications / CCC 2025 - Zadar, Croatia
This study builds on the findings of our previous research, "Creation of a BIM-based facility maintenance and management data analysis platform", further developing an application to analyze facility management data using Building Information Modeling (BIM). As labor shortages grow in the expanding construction industry, streamlining tasks via digital transformation (DX) is becoming more urgent. BIM is viewed as a key tool for coordinating design and construction, yet full, organization-wide adoption remains challenging, possibly due to insufficient digital capability. By focusing on a headquarters facility's facility management (FM) and construction management (CM) tasks, this study investigates a BIM-based method for boosting organizational digital capability and confirms its effectiveness. While our earlier research integrated BIM models and facility data in a local environment?entirely dependent on BIM software installed locally?in the present research, we aim to construct a cloud platform that promotes organization-wide digital transformation, thereby reducing labor and enhancing efficiency in facility management. In building this system, we first defined requirements and organized methods for linking BIM models with existing operational data. We then created a browser application using Autodesk Platform Services (APS) and examined how data management mechanisms function when integrated with Amazon Web Services (AWS). Specifically, we developed a browser application to visualize data such as repair frequency, electricity usage, and seat utilization, harnessing APS and uploading everything to AWS, enabling centralized management in the cloud. This paper discusses the insights gained from these initiatives as well as future challenges and prospects.