Recently, the BIM Building Training Network was invited to provide internal BIM training for a well-known domestic enterprise. During the session, the management team asked an important question: What qualities should project management personnel possess in a BIM environment? Drawing from previous experience, the BIM architecture instructor provided practical and insightful answers, which were well received by the leadership. Today, we want to share these insights with you and welcome any additional input.
New demands have emerged for project managers regarding their skills and qualities, significantly influencing talent development in project management. These changes are primarily reflected in the following areas:
1. Developing a BIM-Centered Project Information Communication Mindset
Project managers must adopt a communication approach that places BIM at the core. They need to understand the convenience and benefits BIM brings to project management. In new construction projects, BIM serves as the central platform for transmitting and exchanging information.
This mindset involves two key aspects:
- Understanding the role of BIM in project workflows.
- Recognizing the differences and connections between BIM and traditional 3D models to effectively utilize both.
Project managers should also fully grasp how BIM enhances efficiency, enabling them to leverage its advantages effectively.
According to the Associated General Contractors of America (AGC), BIM’s role in project management is evident in several ways:
- Identifying conflicts, such as clashes between pipelines or components.
- Creating visual simulation environments.
- Providing more accurate on-site condition assessments to predict opportunities for improved quality and cost savings.
- Preparing multiple construction plans, including sequencing, logistics, crane placement, and cost variations.
- Visualizing the final product for non-technical stakeholders.
- Reducing rechecks and lowering engineering warranty costs.
Clearly, BIM impacts construction projects comprehensively throughout the entire process, and project managers must have a solid understanding of this.
2. Mastering BIM Tools and Techniques
Since BIM is the foundation of information exchange, project managers must be proficient in BIM tools and technologies relevant 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.
While these solutions primarily focus on building, structural, and MEP models—which differ somewhat from the models used in project management—they still provide a solid base for guiding project management tasks and establishing relevant project models.
Additionally, other software like Autodesk Navisworks and Graphisoft Constructor’s construction series are designed to support construction workflows and project management more directly. In the case mentioned earlier, all project stakeholders utilized Navisworks as their primary tool.
3. Fully Understanding the Challenges of BIM Implementation
BIM changes many aspects of project management, including content, processes, and communication methods. Project managers must be aware of the specific challenges BIM introduces, such as:
- Integrating BIM-related clauses into contracts.
- Managing risks associated with BIM adoption.
- Addressing the costs incurred by BIM implementation.
- Adapting the project management team structure to accommodate BIM workflows.
These challenges are complex. Researchers need to explore them in depth to provide theoretical solutions, while project managers must remain vigilant in practice—maximizing BIM’s benefits while mitigating hidden risks.
In summary, for a project manager to thrive in a BIM-driven environment, possessing these fundamental qualities is essential.
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