Design · Permitting · ConstructionSupported by NbotaiOS470.426.4550

BIM + digital construction

Turn model information into coordinated decisions.

PRM uses building information modeling to connect architecture, structure, and building systems. Models support design communication, spatial coordination, quantities, construction planning, and handover when those uses are defined in the project scope.

BIM + digital construction project coordination illustration
PRM / Integrated delivery
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Clear scope, coordinated information, and accountable decisions from planning through delivery.

What PRM brings

What to bring to the first conversation.

Plan the work

BIM execution planning, naming conventions, and model responsibilities. Architectural, structural, and MEP model coordination.

Coordinate the details

Clash detection organized by zone, system, and priority. Issue logs with ownership, status, and required decisions.

Carry it through

Quantity takeoffs tied to model scope and classification. 4D sequencing and 5D cost interfaces where commissioned.

01

Model strategy + information requirements

BIM starts with an agreed purpose. PRM defines model responsibilities, coordinates, exchange requirements, level of development, and review milestones with the project team. Model geometry and information are developed to support actual decisions rather than accumulate detail with no defined use.

  • BIM execution planning, naming conventions, and model responsibilities
  • Architectural, structural, and MEP model coordination
  • Existing-condition modeling from verified surveys or scan information
  • Model exchange formats and issue-management requirements
02

Federated review + issue resolution

A federated review brings the disciplines into a shared spatial context. PRM examines hard clashes, working clearances, maintenance access, routing, and construction sequence. Issues are assigned, discussed, revised, and checked again so a clash report becomes a record of resolved coordination.

  • Clash detection organized by zone, system, and priority
  • Issue logs with ownership, status, and required decisions
  • Ceiling, shaft, plant-room, and equipment-access reviews
  • Model-based meetings and revision comparison
03

Quantities, sequencing + asset handover

Model information can support quantity extraction, schedule-linked planning, and asset records when reliable data and clear requirements are available. PRM coordinates these uses with estimators, contractors, and facility teams, retaining the assumptions and model limitations behind each output.

  • Quantity takeoffs tied to model scope and classification
  • 4D sequencing and 5D cost interfaces where commissioned
  • Record-model updates based on verified field information
  • Asset data and digital-twin handover requirements

Working relationship

What to bring to the first conversation.

PRM tailors the deliverables, participating disciplines, and level of support to the assignment. Share what is available; the team will identify missing inputs, confirm responsibilities, and define the next useful milestone.

  • Current models and the intended uses of BIM
  • Authoring responsibilities, model standards, and exchange requirements
  • Coordination schedule and field or fabrication constraints

Common questions

Define the next step.

Can this service be part of a broader PRM assignment?

Yes. PRM can coordinate this scope with the other architecture, engineering, BIM, and construction services required for the project. The proposal identifies the included deliverables, responsibilities, assumptions, and milestones.

What if the project is already in progress?

Send the current drawings, open issues, review comments, and immediate deadline. PRM will first assess the available information and define a practical scope for joining the work.

Bring the real constraint

Let’s define what the project needs next.

Share the location, current documents, target milestone, and the decision that cannot slip.

Start the conversation