BIM Application
Centralized management of physical objects in construction projects through BIM can address many limitations of traditional management models and technologies. It facilitates fundamental changes in various aspects, such as information transmission channels and data accumulation methods. But what impact does BIM have on project management personnel? Today, we will explore this topic.
(1) Developing a BIM-Centered Communication Mindset
Project managers are required to adopt a project information communication approach centered around BIM. They must understand the convenience and benefits that BIM brings to project management. In new construction projects, BIM becomes the core platform for information transmission and communication. This calls for project managers to embrace a BIM-focused communication concept, which includes two key elements: first, clarifying the role of BIM in project workflows; second, recognizing the differences and connections between BIM and traditional 3D models, ensuring effective integration. Additionally, project managers should fully grasp the advantages BIM offers to maximize its impact on project success.
According to AGC, BIM’s role in project management includes:
– Identifying conflicts, such as pipeline clashes.
– Creating visual simulation environments.
– Providing more reliable assessments of on-site conditions and predicting opportunities for improved quality and reduced costs.
– Preparing multiple plans, including construction sequences, site logistics, crane placements, and cost variations.
– Visualizing the final product for non-technical stakeholders.
– Reducing rechecks and lowering engineering warranty costs.
Clearly, BIM influences the entire construction process comprehensively, and project managers must have a clear understanding of its scope and benefits.
(2) Mastering BIM Tools and Techniques
As BIM serves as the foundation for information exchange, project managers need to be proficient in BIM tools and have a solid understanding of the technologies involved in applying BIM to project management. Currently, leading BIM solutions include Autodesk Revit, Bentley MicroStation TriForma, and Graphisoft ArchiCAD. Each offers unique features and is widely used in engineering practice. Although these platforms primarily support building, structural, and MEP modeling—which differ somewhat from project management models—they provide a critical basis for guiding project management activities and establishing relevant models.
Additionally, software like Autodesk Navisworks and Graphisoft’s Constructor construction series specialize in creating models tailored for construction and related workflows, enhancing project management effectiveness. For instance, in many projects, Navisworks is employed as the primary tool for collaboration among all stakeholders.
(3) Understanding Challenges Brought by BIM Implementation
The adoption of BIM changes project management content, processes, and communication methods. Therefore, project managers must fully comprehend the challenges that arise during BIM integration. These include contract clauses related to BIM, managing risks associated with BIM use, budgeting for BIM-related costs, and adapting the composition of the project management team to accommodate BIM workflows.
Due to the complexity of these issues, ongoing research is needed to develop theoretical solutions. Meanwhile, project managers should stay vigilant in practice—leveraging BIM’s advantages while being mindful of potential hidden risks.
Through this overview, we hope project management professionals gain valuable insights into BIM’s impact, inspiring new ways of thinking and managing construction projects effectively.
Must log in before commenting!
Sign Up