Today, we will discuss the concepts of BIM application and training priorities for various professional parties. With the rapid advancement of information and communication technology—especially the widespread adoption of wireless networks, cloud service platforms, portable smart devices, the Internet of Things, and artificial intelligence—BIM technology has evolved significantly. Beyond the traditional focus on “BIM+FM” (Facility Management), BIM now integrates with various fields, such as BIM+GIS (Geographic Information Systems), BIM+AR (Augmented Reality), and BIM+VR (Virtual Reality).
Our national BIM guide recommends starting with companies adopting BIM and also highlights the importance of organizing BIM implementation plans for owners, design institutes, construction companies, and subcontractors during training. When conducting BIM training, it’s essential to consider the different needs of each application party, especially with future developments in mind. This approach ensures that professionals quickly acquire the necessary skills. Let’s explore these priorities in detail:
BIM Application Concept and Training Focus for Property Owners
Asset owners require effective asset management decisions. Before BIM technology matured, systems such as GIS provided geographic asset locations, computerized maintenance management systems (CMMS) offered varying degrees of functionality, and building automation systems (BAS) were used for disaster prevention. With BIM, owners aim to enhance asset management by utilizing a BIM+FM integration platform that enables modern and efficient management of their assets.
BIM Application Concept and Training Focus for Design Teams
Design professionals leverage BIM to improve design efficiency. BIM facilitates the integration of environmental factors, resource costs, construction method feasibility, and future operation and maintenance information into design decisions through digital processes. Combined with 3D models, this information creates a new communication method among different professionals and owners. Numerous cases demonstrate that BIM significantly reduces the time and cost associated with back-and-forth communication during design.
When augmented reality and virtual reality technologies are incorporated, design teams can make decisions even more efficiently. These technologies allow designers to fully understand each other’s considerations, while owners can immerse themselves in a virtual design environment to comprehend and experience the design intentions firsthand, providing timely feedback.
BIM Application Concept and Training Focus for Construction Teams
Construction teams should fully utilize the BIM project model information provided by the design team. Using wireless networks, cloud services, and portable devices, they can communicate effectively with all stakeholders on-site in real-time to make collaborative construction decisions. This environment significantly reduces rework, changes, and safety incidents on construction sites.
This improvement is due to the advance integration of comprehensive project information, enabling real-time and efficient lean construction management.
Reviewing BIM implementation plans across various companies reveals that the BIM technology requirements emphasized by owners and product suppliers are not clearly detailed in the BIM collaborative operation guide. Owners primarily need BIM model information for asset management applications, whereas product suppliers focus on establishing parameter-based group building techniques to achieve BIM modularization for their products.
That concludes our overview of BIM application concepts and training priorities for various professional parties. We hope this article provides valuable insights to help you better understand the diverse needs and applications of BIM technology.
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