How can I use design coordination software to integrate with existing design tools and improve clash resolution?

You can use design coordination software as the “hub” between your existing design tools, rather than trying to replace them. The goal is to aggregate models from different authoring tools, run clash checks in one place, assign issues back to the right teams, and track resolution through a shared workflow.

1) Connect your existing tools

Most coordination platforms can import or link models from tools like:

• Revit
• AutoCAD
• Navisworks
• Archicad
• Tekla
• IFC-based modelers
• Civil/plant design tools

Typical integration methods:

• Native plugins/add-ins for direct publish from authoring software
• IFC, RVT, NWD, DWG, DGN, STEP, etc. file exchange
• Cloud connectors / common data environments for automatic model syncing
• APIs for custom integrations and automation

Best practice:

• Keep each discipline authoring in its native tool
• Publish coordination-ready versions on a schedule
• Use consistent naming, coordinates, and version control

2) Set up a common coordinate system

A lot of “clashes” are really alignment problems. Before running coordination:

• Agree on project origin and shared coordinates
• Verify units and scale
• Lock down model location rules
• Use one federated reference model for everyone

This reduces false positives and makes clash reports far more useful.

3) Federate models for combined review

Bring architectural, structural, mechanical, electrical, plumbing, and civil models into one coordinated view. This lets you:

• See interferences across disciplines
• Compare versions side by side
• Detect workflow issues early
• Review in 3D without opening every native file

4) Run clash detection intelligently

Don’t just run every possible clash. Use rules and filters:

• Hard clashes: physical intersections
• Soft clashes / clearance checks: required space around equipment or systems
• Workflow clashes: sequencing or constructability conflicts

Improve results by:

• Grouping by discipline or zone
• Ignoring known acceptable intersections
• Using tolerance thresholds
• Prioritizing high-risk systems first, like major HVAC, piping, and structure

5) Create issue workflows, not just clash reports

The real value is in turning clashes into trackable tasks:

• Auto-create issues from detected clashes
• Assign them to the right owner or discipline
• Add comments, screenshots, viewpoint links, and deadlines
• Track status: open, in progress, resolved, closed
• Recheck issues when updated models are published

This keeps the process accountable and reduces email-based coordination chaos.

6) Use metadata and model rules

Many coordination tools support model properties and classification filters. Use them to:

• Filter clashes by system, floor, zone, or package
• Prioritize critical equipment
• Exclude elements that don’t need coordination
• Create discipline-specific views and reports

7) Automate repeatable checks

If the software has scripting or API support, automate:

• Model uploads/publishing
• Clash test creation
• Issue assignment rules
• Status updates when a new version is published
• Notifications to stakeholders

This saves time and makes coordination more consistent.

8) Standardize the process across teams

To make integration work well:

• Define file exchange cadence
• Set review checkpoints
• Establish naming conventions
• Use a shared issue taxonomy
• Train each team on what counts as a real clash

Without process discipline, even the best software becomes just a viewer with reports.

9) Measure resolution performance

Track metrics such as:

• Number of clashes by discipline
• Open vs. closed issues
• Average time to resolve
• Repeated clashes in same area
• Clashes found before construction vs. on-site

These metrics help you improve both design quality and coordination efficiency.

Example workflow

1. Each discipline designs in its own native software.
2. Teams publish models to the coordination platform.
3. The platform federates the latest versions.
4. Clash rules run automatically or on schedule.
5. Issues are created and assigned to owners.
6. Designers resolve clashes in their native tools.
7. Updated models are republished.
8. The coordination software validates the fix and closes the issue.

In short

Use design coordination software to:

• centralize model review,
• automate clash detection,
• route issues to the right people,
• and track resolution through a shared process.

If you want, I can also give you:

1. a recommended workflow for BIM coordination,
2. a software comparison table, or
3. a step-by-step integration setup for Revit/Navisworks/ACC or another toolset.