Describe the importance of running a clash test for the MEP system in Autodesk Navisworks Manage, pushing clash information to Revit, updating the live model, and verifying clash resolution.
Transcript
00:03
When implementing BIM for MEP systems, the spatial coordination stage helps to ensure seamless integration across disciplines.
00:12
In this stage, after the initial layout of the MEP networks is generated,
00:18
clash detection is conducted on the Revit coordination model to identify conflicts between the MEP system and the architectural model.
00:28
Clash detection is performed using Autodesk Navisworks Manage or Model Coordination in Autodesk Construction Cloud (ACC).
00:38
Each solution plays a key role in efficient streamlining of project development.
00:43
The key difference between Navisworks Clash Detection and Model Coordination lies in their workflows,
00:50
level of automation, accessibility, and collaboration features.
00:55
Model Coordination provides automated workflows with limited preparatory work, as well as visual results in the clash matrix.
01:03
However, Navisworks allows for more file types and clearance detection, an important factor in constructability and safety considerations.
01:13
Navisworks Manage is best used when more advanced, detailed clash detection is needed during more complex coordination workflows.
01:22
Typically, it is used by BIM Managers or Coordinators who need a deep level of control over clash detection and reporting.
01:30
Clash detection in Navisworks Manage is a manual, highly customizable process
01:37
that allows users to define clash rules, filter clash results, and create clash reports.
01:43
Users can run hard, soft, and clearance clashes with specific tolerances.
01:49
It also supports clash grouping, rule-based filtering, and prioritization,
01:54
and it integrates with TimeLiner, Quantification, and other Navisworks tools.
01:59
It also supports a wide range of file formats, including IFC, RVT, DWG, NWC, NWD and many other authored formats.
02:12
The results yield detailed insights, listing clashes by location, element ID, and interference distance.
02:20
In contrast, Model Coordination provides cloud-based, automatic clash detection on models as soon as they are uploaded to ACC.
02:29
There is no need to set up clash detection tests manually, and the intuitive interface makes collaboration easy.
02:37
Model Coordination enables real-time issue tracking, clash grouping,
02:42
and makes assignment of issues seamless because it works within BIM 360 Coordinate or Autodesk Build,
02:49
and it integrates with Autodesk Docs for file management and issue tracking.
02:54
All of this makes Model Coordination best used for broader teams early in the design phase.
03:01
In addition, Model Coordination provides rule-based filtering and object exclusions
03:06
without the requirement of maintaining selection sets as in Navisworks.
03:11
Filters can be saved to views, whilst object exclusions are applicable to the coordination space.
03:17
Also, the clash grid highlights areas requiring attention based on model division, rules, and issue definition.
03:27
Users can define multiple views and fine-tune the clash matrix without the need to redefine selection sets or refresh clash tests.
03:37
Once any detailed clash information is back in Revit from either tool,
03:42
teams can immediately make changes to resolve conflicts directly within the live model.
03:48
And after updates are made, clash detection is re-run to verify that all conflicts have been successfully resolved.
03:56
This iterative process ensures a coordinated and clash-free design while maintaining project integrity.
04:03
By leveraging Navisworks Manage, Model Coordination, and Revit,
04:08
teams streamline coordination, minimize rework, and enhance project efficiency, paving the way for smooth execution in the next project phase.
00:03
When implementing BIM for MEP systems, the spatial coordination stage helps to ensure seamless integration across disciplines.
00:12
In this stage, after the initial layout of the MEP networks is generated,
00:18
clash detection is conducted on the Revit coordination model to identify conflicts between the MEP system and the architectural model.
00:28
Clash detection is performed using Autodesk Navisworks Manage or Model Coordination in Autodesk Construction Cloud (ACC).
00:38
Each solution plays a key role in efficient streamlining of project development.
00:43
The key difference between Navisworks Clash Detection and Model Coordination lies in their workflows,
00:50
level of automation, accessibility, and collaboration features.
00:55
Model Coordination provides automated workflows with limited preparatory work, as well as visual results in the clash matrix.
01:03
However, Navisworks allows for more file types and clearance detection, an important factor in constructability and safety considerations.
01:13
Navisworks Manage is best used when more advanced, detailed clash detection is needed during more complex coordination workflows.
01:22
Typically, it is used by BIM Managers or Coordinators who need a deep level of control over clash detection and reporting.
01:30
Clash detection in Navisworks Manage is a manual, highly customizable process
01:37
that allows users to define clash rules, filter clash results, and create clash reports.
01:43
Users can run hard, soft, and clearance clashes with specific tolerances.
01:49
It also supports clash grouping, rule-based filtering, and prioritization,
01:54
and it integrates with TimeLiner, Quantification, and other Navisworks tools.
01:59
It also supports a wide range of file formats, including IFC, RVT, DWG, NWC, NWD and many other authored formats.
02:12
The results yield detailed insights, listing clashes by location, element ID, and interference distance.
02:20
In contrast, Model Coordination provides cloud-based, automatic clash detection on models as soon as they are uploaded to ACC.
02:29
There is no need to set up clash detection tests manually, and the intuitive interface makes collaboration easy.
02:37
Model Coordination enables real-time issue tracking, clash grouping,
02:42
and makes assignment of issues seamless because it works within BIM 360 Coordinate or Autodesk Build,
02:49
and it integrates with Autodesk Docs for file management and issue tracking.
02:54
All of this makes Model Coordination best used for broader teams early in the design phase.
03:01
In addition, Model Coordination provides rule-based filtering and object exclusions
03:06
without the requirement of maintaining selection sets as in Navisworks.
03:11
Filters can be saved to views, whilst object exclusions are applicable to the coordination space.
03:17
Also, the clash grid highlights areas requiring attention based on model division, rules, and issue definition.
03:27
Users can define multiple views and fine-tune the clash matrix without the need to redefine selection sets or refresh clash tests.
03:37
Once any detailed clash information is back in Revit from either tool,
03:42
teams can immediately make changes to resolve conflicts directly within the live model.
03:48
And after updates are made, clash detection is re-run to verify that all conflicts have been successfully resolved.
03:56
This iterative process ensures a coordinated and clash-free design while maintaining project integrity.
04:03
By leveraging Navisworks Manage, Model Coordination, and Revit,
04:08
teams streamline coordination, minimize rework, and enhance project efficiency, paving the way for smooth execution in the next project phase.
