When architects, structural engineers, MEP engineers, and civil engineers all collaborate on a project, they must share information about the design, so that all teams are working with the same assumptions. In this module, you learn better ways to collaborate to be more efficient with BIM.
When architects, structural engineers, MEP engineers, and civil engineers all collaborate on a project, they must share information about the design, so that all teams are working with the same assumptions. In this module, you learn better ways to collaborate to be more efficient with BIM.
Before you start,
Sharing design models between the architect and civil engineer helps reduce rework and improves collaboration. Use BIM 360 to share surface data after setting the geospacial coordinates for the project.
Module outline
Sharing design models between the architect and civil engineer helps reduce rework and improves collaboration. Use BIM 360 to share surface data after setting the geospacial coordinates for the project.
This module takes approximately 15 minutes to complete. By the end of the module, you should be able to:
Importing the Revit Building into Civil 3D helps you ensure everything fits together on the site. In this module, you learn how to take advantage of work already done by the architect, saving you time in recreating their work.
Module outline
Importing the Revit Building into Civil 3D helps you ensure everything fits together on the site. In this module, you learn how to take advantage of work already done by the architect, saving you time in recreating their work.
This module takes approximately 10 minutes to complete. By the end of the module, you should be able to:
Coordinating infrastructure projects in the cloud helps reduce error and rework. In this module, learn how to upload your design into the Document Management module of BIM 360. Then, use markup tools to communicate required design changes.
Module outline
Coordinating infrastructure projects in the cloud helps reduce error and rework. In this module, learn how to upload your design into the Document Management module of BIM 360. Then, use markup tools to communicate required design changes.
This module takes approximately 15 minutes to complete. By the end of the module, you should be able to:
After designing your drainage models, it is important to check for clashes between all known utility models. Catching and addressing clashes at the user level avoids the clashes at higher levels (discipline and company collaboration, for instance) reducing rework and meeting time. In this module, you will identify how to select the networks for interference checking. Next, you will define the criteria in which an interference happens. Lastly, you navigate to each interference.
Module outline
After designing your drainage models, it is important to check for clashes between all known utility models. Catching and addressing clashes at the user level avoids the clashes at higher levels (discipline and company collaboration, for instance) reducing rework and meeting time. In this module, you will identify how to select the networks for interference checking. Next, you will define the criteria in which an interference happens. Lastly, you navigate to each interference.
This module takes approximately 10 minutes to complete. By the end of the module, you should be able to:
This module was created by Stacey Morykin.
Migrating Civil 3D files into BIM 360 makes external references and data references available for everyone to use in the cloud. Learn how to upload Civil 3D drawing files and sheet set files for better collaboration across the team.
Module outline
Migrating Civil 3D files into BIM 360 makes external references and data references available for everyone to use in the cloud. Learn how to upload Civil 3D drawing files and sheet set files for better collaboration across the team.
This module takes approximately 25 minutes to complete. By the end of the module, you should be able to:
This module was created by Sean Hulbert. Sean is a registered professional engineer in the state of Oregon, and a Technical Support Specialist at Autodesk, Inc., supporting AutoCAD Civil 3D, Hydrology tools, and InfraWorks software.
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