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PROJECT DELIVERY WITH BIM How to Win More and Make More Featuring special guests: Michael Delaney, President, Microdesk Don Interrogate, LEED AP, Senior Consultant MEP, Microdesk MARCH 20, 2013 3:305:30

How to fill out project delivery with bim

How to fill out project delivery with BIM:

1. Understand the project requirements and goals: Before filling out the project delivery with BIM, it is crucial to have a clear understanding of the project requirements and goals. This includes understanding the scope of work, stakeholders involved, and the desired outcomes.
2. Identify the BIM tools and software: BIM (Building Information Modeling) relies on various software tools for efficient project delivery. Identify the specific BIM tools and software that will be used for the project. This could include software for creating 3D models, clash detection, coordination, and collaboration.
3. Collaborate with the project team: BIM promotes collaboration and coordination among the project team members. Work closely with architects, engineers, contractors, and other stakeholders to ensure seamless integration of BIM into the project delivery process. This involves regular communication, sharing of BIM models, and resolving any conflicts or clashes.
4. Develop a BIM Execution Plan (BEP): A BIM Execution Plan outlines the strategies, processes, and workflows to be followed for successful project delivery with BIM. It includes information on model development, data exchange protocols, LOD (Level of Development) requirements, and coordination procedures. Fill out the BEP accordingly, considering the specific requirements of the project.
5. Create and update BIM models: BIM models play a crucial role in project delivery. Use the BIM software to create accurate 3D models of the project, incorporating various design elements and details. These models should be continuously updated and refined throughout the project lifecycle to reflect any changes or modifications.
6. Perform clash detection and coordination: One of the key advantages of using BIM is clash detection. Run clash detection tests regularly to identify and resolve any conflicts or interferences between different building systems. Coordinate with the project team to address these clashes and ensure proper integration of different systems.
7. Manage project data and information: BIM relies on the creation and management of a vast amount of data and information. Implement a robust data management system to organize, store, and access project-related data. This includes organizing documentation, creating a centralized information repository, and establishing protocols for data exchange and sharing.
8. Monitor and track project progress: Regularly monitor and track the progress of the project using BIM. Utilize the BIM models and software tools to review the project timeline, identify potential delays, and make necessary adjustments. This allows for proactive problem-solving and timely decision-making.

Who needs project delivery with BIM?

1. Architects and Designers: Architects and designers can benefit from project delivery with BIM as it allows them to create and visualize complex 3D models, identify design clashes, and improve overall design outcomes.
2. Engineers: Engineers involved in structural, mechanical, electrical, and other disciplines can leverage BIM for better coordination, clash detection, and optimization of building systems.
3. Contractors: Contractors can use BIM for efficient project planning, estimating, and construction sequencing. It enables them to collaborate with other project stakeholders and streamline the construction process.
4. Owners and Clients: Owners and clients can benefit from project delivery with BIM as it provides them with a visual representation of the project, facilitates better decision-making, and allows for effective project management and maintenance.
5. Facility Managers: BIM can be used by facility managers for better asset and facility management. It provides accurate and up-to-date information about the building systems, helping with operations, maintenance, and future renovations.

In summary, project delivery with BIM involves understanding project requirements, utilizing BIM tools, collaborating with the project team, creating and updating BIM models, performing clash detection, managing project data, and tracking progress. It is beneficial for architects, engineers, contractors, owners, and facility managers in the construction industry.

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What is project delivery with bim?

Project delivery with BIM (Building Information Modeling) is a process that involves the use of BIM technology to deliver construction projects more efficiently and accurately.

Who is required to file project delivery with bim?

All parties involved in a construction project, including architects, engineers, contractors, and project managers, may be required to file project delivery with BIM.

How to fill out project delivery with bim?

Project delivery with BIM can be filled out using BIM software tools that allow for the creation, sharing, and management of digital models and project information.

What is the purpose of project delivery with bim?

The purpose of project delivery with BIM is to improve the collaboration, communication, and coordination among project stakeholders, leading to more efficient project delivery and reduced risks.

What information must be reported on project delivery with bim?

Information such as project scope, schedule, budget, design details, material specifications, and construction logistics may be reported on project delivery with BIM.