Table of Contents

Key takeaways

A BIM coordinator keeps architectural, structural, and MEPF teams working from coordinated information. Their job covers model checks, clash detection, meetings, issue tracking, and project deliverables.
Model management goes beyond opening a Revit file. Coordinators set up templates, worksets, shared coordinates, parameters, federated models, CDEs, and QA/QC checks to keep project information consistent.
Clash detection is one of the main parts of the job. Tools such as Navisworks and Solibri help coordinators find clashes, assign them to the right discipline, and track them until they are resolved.
A BIM coordinator also has to understand what each discipline needs from the others. Coordination meetings, action trackers, progress reports, and agreed responsibilities keep design teams moving in the same direction.
BIM coordinators manage information from setup to handover. This can include IFC and DWFx submissions, BEP and MIDP inputs, coordinated drawings, 4D reporting, closeout, and model archiving.
BuildAmbit’s Full-Stack BIM Professional Program covers tools and workflows such as Revit, Navisworks, ACC, Dynamo, clash detection, ISO 19650, BEP, and CDEs. The live project work helps you build the practical skills needed to move toward a BIM coordinator role.
The exact tools and responsibilities vary by project, company, and region. A coordinator on one project may spend most of the time on clash detection and model work, while another may handle more project management, construction coordination, or technology.

A BIM (Building Information Modeling) Coordinator makes sure that architectural, structural, and MEP (mechanical, electrical, plumbing) models work together without conflicts. They coordinate between designers, engineers, contractors, and project managers to keep models accurate, updated, and coordinated.

What does a BIM Coordinator do on a typical day?

A BIM coordinator’s work covers model setup and checking, clash detection, coordination meetings and project deliverables. The mix changes with the company, region and project. Some coordinators also model or act as BIM manager, while others do very little modeling.

Setting up and checking BIM models

A BIM coordinator is responsible for setting up and maintaining the project’s BIM environment. This can include:

Setting up project templates, worksets, shared coordinates, and BIM standards.
Setting up shared parameters, classification, costing, COBie, and asset information.
Managing title blocks, key plans, and the Revit family catalogue.
Building and maintaining the federated BIM model.
Setting up and monitoring the Common Data Environment (CDE).
Checking model warnings, worksets, phasing, and model health.
Performing QA/QC checks for model geometry and data.
Checking version control and model revisions.
Checking that information entering and leaving the model and CDE follows the required format and structure.

Running clash detection

A BIM coordinator uses tools such as Navisworks to find and manage clashes between architectural, structural, and MEPF models. This typically includes:

Running clash detection at project milestones.
Creating clash detection reports.
Assigning clashes to the discipline responsible for fixing them.
Defining or updating the project’s clash matrix.
Tracking clashes, issues, and their resolution status.
Using tools such as Power BI to monitor clash and issue data.
Reviewing clashes to determine which ones can affect actual site work.
Prioritising critical clashes so construction work can continue.
Importing IFC models from subcontractors into Revit or Navisworks for coordination.

Leading BIM coordination meetings

A BIM coordinator brings different project disciplines together to resolve coordination issues. Their work includes:

Scheduling and leading coordination meetings with architectural, structural, and MEPF teams.
Reviewing coordination progress against the project schedule.
Updating weekly trackers and progress reports.
Recording meeting decisions, responsibilities, and agreed actions.
Tracking whether each discipline has submitted its required information.
Understanding information dependencies between disciplines, such as the information architecture needs from mechanical or electrical teams.

Managing BIM deliverables and reports

A BIM coordinator also manages model-based project deliverables throughout the project lifecycle. This can include:

Preparing and managing submissions in formats such as IFC and DWFx.
Providing BIM inputs for the BIM Execution Plan (BEP).
Providing information for the Master Information Delivery Plan (MIDP).
Producing coordinated drawings and model-based deliverables.
Preparing BIM deliverables for the client, design team, and field team.
Supporting 4D reporting on the contractor side.
Managing model closeout, handover, and archiving at the end of the project.

What tools does a BIM Coorṣdinator use?

Category	Tool	What it is used for
Authoring	Revit	Model setup, model health checks, and parametric work
Authoring	Archicad	Authoring on some projects
Authoring	Civil 3D	Template setup for civil work
Authoring (bridges)	Sofistik Bridge and Infrastructure Modeler	Quick bridge design as a Revit plugin
Authoring (bridges)	Grasshopper	Modeling reinforcement and structural elements
Clash detection	Navisworks	Clash detection, clash reports, and issue tracking
Clash detection	Trimble tools	Used alongside Navisworks, especially with IFC models
Clash detection	Solibri	Model checking in coordination workflows
Model exchange	IFC files	Imported into Revit or Navisworks from Tekla and CAD-based sprinkler design software
CDE and project platforms	Autodesk Construction Cloud (ACC), including Forma	Multi-discipline project setup and CDE monitoring
CDE and project platforms	Aconex	Project platform used by some coordinators
CDE and project platforms	Procore	RFIs and equipment submittals
Reporting	Power BI	Clash reports, dashboards, project information, and clash matrix tracking
Automation	Dynamo	Editing parametric families and workflow automation
Automation	Python	Automation, including code generated by an AI assistant and pasted into a Dynamo Python node
AI clash resolution	BAMROC	Automatic clash resolution for duct, plumbing, and electrical models before handover to subcontractors
Site use	FieldAR	Overlaying accurate BIM models on site for installation and repairs
Site use	DroneDeploy and iPad scanning	Capturing as-built conditions through overhead and ground-based 3D scans
4D and visualization	Syncro	4D scheduling and 4D reporting on the contractor side
4D and visualization	Lumion	Visualization

Notes

The exact set of tools depends on the company, region and project. Employers do not expect a new coordinator to know every workflow, since many are specific to a company or project.
Some coordinators at design firms use clash detection tools other than Navisworks.
On road projects, coordination may involve only GIS data.
Software shows which elements clash. The coordinator decides what is missing from the model, what each system has to do and what constraints it has.

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Explore What Shapes Real Careers in the AEC Industry

Full-Stack BIM Professional Course for Architects

Full-Stack BIM Professional Course for Civil Engineers

Full-Stack BIM Professional Course for MEP Engineers