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BIM Q&A: How to Effectively Implement BIM Technology with Practical Safeguards

Implementing BIM technology comes with a range of challenges, including mindset barriers, standardization issues, and software application difficulties, all of which impact data sharing. As a result, relatively few projects currently utilize BIM, and its development level in China remains limited. To promote wider adoption, it is essential to develop and implement measures tailored to actual conditions and needs. Below are practical recommendations aimed at both the internal environment and project levels of enterprises to facilitate effective BIM application.

BIM Q&A | How can BIM technology be implemented? Implementing safeguard measures for the application of BIM technology in practical work

1. Clearly Define Company Goals. BIM encompasses a variety of technologies, so enterprises must establish clear and consistent objectives for its application and promotion. Cultivating BIM awareness and encouraging active engagement throughout the organization are crucial. Companies should apply BIM technology pragmatically, aligning with actual project requirements and cost control measures to achieve optimal outcomes.

2. Standardize Enterprise Standards. It is important to develop adaptable standards that reflect local conditions while referencing international benchmarks. By first creating a framework based on global standards such as ISO, IFC, IFD, and IDM—used in countries like the United States, Japan, and Singapore—the international flow of BIM data can be facilitated. Subsequently, localized standards tailored to specific BIM practices should be established.

3. Develop Application Regulations. To ensure smooth BIM system operations, support business processes, and enable continuous improvement, enterprises must establish appropriate project organizations staffed with skilled management personnel knowledgeable in BIM. Additionally, supporting systems related to BIM are vital for successful implementation. Project management based on BIM typically requires corresponding adaptations in organizational structure, project execution, performance monitoring, and training management.

4. Talent Development and Positioning. Accurate positioning is essential when educating and training BIM professionals. Training programs should be specifically tailored to meet the real needs and circumstances of the enterprise. This approach ensures effective establishment and utilization of BIM models, maximizing the technology’s advantages through thoughtful planning and deployment.

5. Technological Innovation and Upgrading. Observing the widespread adoption and continuous improvement of BIM technology in other countries, China should actively promote its localization. Efforts to upgrade both software and hardware are necessary to provide strong support for ongoing technological innovation and advancement in the field.

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