BIM Coordination

BIM coordination services that reduce rework before it reaches the field

AsBuilt helps contractors, owners, and project teams coordinate architectural, structural, MEP, and piping systems using accurate existing-condition data, clash detection, and constructible BIM models.

Capability

BIM coordination grounded in real-world conditions

BIM coordination depends on the quality of the information behind it. AsBuilt 3D helps teams coordinate against accurate existing-condition data, reducing the risk created by outdated drawings, incomplete models, or field assumptions.

Our team uses scan-based geometry and constructible BIM models to give project teams a clearer understanding of how systems fit within the actual built environment. This creates a stronger foundation for coordination before the project moves into fabrication or installation.

Applications

When BIM coordination is the right approach

Use BIM coordination when multiple disciplines need to fit together in a constrained, complex, or already-built environment. It is especially valuable before fabrication, installation, retrofit work, equipment upgrades, or phased construction.

Coordinating MEP, piping, structural, and architectural systems

Planning work inside existing facilities with limited space

Preparing for prefabrication, installation, or shutdown windows

Integrating new systems into operating buildings or plants

Deliverables

Deliverables from BIM coordination

Coordination outputs designed to support decision-making, fabrication planning, and construction execution—grounded in verified existing conditions.

Coordinated BIM models

Multidiscipline BIM models (architectural, structural, mechanical, electrical, piping) aligned to accurate existing-condition geometry for reliable coordination.

Clash detection and coordination reports

Documented clashes, interferences, and resolution workflows that teams can act on before fabrication or installation.

Clearance and access validation views

Visual confirmation of spatial clearances, access zones, and maintenance requirements within real-world constraints.

Issue tracking and coordination summaries

Clear records of identified conflicts, decisions made, and coordination outcomes to support alignment across teams.

Scan-based coordination context

Where available, coordination models are anchored to scan-based existing-condition data to reflect what is actually built—not assumed.

Industry-standard file formats

Models and reports delivered in formats compatible with common BIM and design tools used by project teams.

Execution

A clear BIM coordination workflow from scope to resolution

AsBuilt helps teams define the coordination scope, review model conflicts, and resolve issues before they affect construction.

Define the coordination scope

We align with your team on project goals, disciplines, model requirements, and coordination priorities before work begins.

Coordinate the models

Our team reviews architectural, structural, MEP, and piping systems to identify clashes, clearance issues, and spatial constraints.

Review, resolve, and deliver

Conflicts are documented, reviewed with stakeholders, and resolved so teams can move forward with coordinated models and clearer decisions.

Benefits

Better coordination, fewer field surprises.

Practical results that reduce risk, improve coordination, and keep complex projects moving forward.

Fewer conflicts before construction

Identify spatial clashes, clearance issues, and system conflicts early so they can be resolved before crews are in the field.

More predictable installation

Coordinate systems against accurate project data so field execution aligns with the model, not assumptions.

Clearer project decisions

Give owners, contractors, and trade partners a shared view of constraints, conflicts, and coordination priorities.

Reduced rework and cost risk

Resolve issues virtually while changes are faster, cleaner, and less expensive than fixing them during construction.

Start with accurate data you can trust

Talk with our team about your facility, scope, and objectives to determine the right capture, modeling, and analysis approach.