BIM Insights from Taiwan (Part 4): Effective Strategies for Delivering Successful Engineering Projects

BIM Draws Inspiration from Taiwan

This article offers an overview of a BIM execution strategy tailored specifically for engineering projects.

1. The Role of the Project Coordinator in Engineering BIM

The BIM project coordinator holds a vital position with several key responsibilities, including:

• Developing and implementing the BIM Execution Strategy for Engineering Projects, which outlines how BIM will be applied and managed throughout the project’s lifecycle.
• Regularly updating the strategy document as the project evolves.
• Ensuring all internal and external stakeholders adhere to the BIM execution strategy requirements.
• Coordinating and identifying necessary training for team members to effectively carry out the BIM strategy.
• Leading the planning, setup, and ongoing management of BIM models.

2. BIM Execution Strategy Plan for Engineering Projects

The BIM Execution Strategy for Engineering Projects is built upon a core framework guided by the Guidelines for BIM Execution Strategies in Engineering Projects, ensuring consistency across various projects.

For larger or more complex projects, the strategy may require additional details or extensions. At a minimum, the BIM Execution Strategy plan should cover the following key areas:

• Standards: Define the BIM standards adopted for the project, including any exceptions or deviations.
• Software Platform: Specify the BIM software tools to be used and address challenges related to data interoperability between platforms.
• Project Stakeholders: Identify the project leader and other key stakeholders, clearly outlining their roles and responsibilities.
• Project Deliverables: Clarify the expected deliverables and their required formats.
• Project Characteristics: Describe the number, scale, and location of buildings, along with details on work divisions and scheduling.
• Shared Coordinates: Establish a unified coordinate system for all BIM data, including instructions for setting coordinates when importing DWG/DGN files.
• Data Splitting: Detail the organization of worksets and linked files to support multidisciplinary, multi-user collaboration, phase divisions, and assignment of BIM data responsibilities.
• Review and Confirmation: Define the process for reviewing and approving drawings and BIM data.
• Data Exchange: Outline the methods, frequency, and formats for data exchange throughout the project lifecycle.

In summary, this article highlights the BIM execution strategies practiced in engineering projects in Taiwan, providing valuable insights for industry professionals.

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