How to Reduce RFIs Through Better Documentation

Construction projects often focus heavily on material costs, labor availability, and schedule management. However, another hidden cost can have a significant impact on project

 performance: poor construction documentation.

Incomplete dimensions, conflicting drawings, coordination problems, and unclear construction details can create uncertainty for contractors. When the available information is insufficient to proceed confidently, contractors typically submit a Request for Information (RFI) to obtain clarification.

RFIs are a normal part of construction. The problem begins when their frequency indicates weaknesses in the design and documentation process. Each RFI requires time from architects, engineers, contractors, and project owners. Delayed responses can affect procurement, disrupt field activities, increase administrative work, and sometimes result in change orders that could have been prevented through better documentation.

A more effective strategy is to reduce the causes of RFIs before construction begins. BIM coordination, complete construction drawings, multidisciplinary collaboration, and structured QA/QC processes can help create clearer documentation and reduce unnecessary clarification requests

Why Do RFIs Occur in Construction?

An RFI is generally submitted when contract documents contain missing, conflicting, or ambiguous information. Contractors may be uncertain about which drawing takes precedence, whether different disciplines have been coordinated, or how a particular construction detail should be interpreted.

Common causes include:

• Missing dimensions or incomplete layouts
• Architectural, structural, and MEP conflicts
• Inconsistent room names and schedules
• Incomplete construction details
• Missing material or finish information
• Coordination problems between reflected ceiling plans and MEP systems
• Design revisions that were not reflected across every affected drawing

These issues can often be identified and corrected before construction through an organized documentation and BIM coordination workflow.

Begin BIM Coordination Earlier

One common documentation mistake is treating coordination as a final review before construction documents are issued. Coordination should instead begin during the Design Development (DD) phase and continue as the project progresses.

Early coordination allows architectural, structural, and MEP models to be reviewed together. Potential clashes and design inconsistencies can then be identified while changes are still relatively easy to implement.

A coordinated BIM model provides a common environment for reviewing relationships between different building systems. Resolving issues during design reduces the possibility that the same problems will appear later in construction drawings or become field-related RFIs.

Develop Complete Construction Documentation

Technically accurate drawings are not necessarily complete construction documents. Contractors need sufficient information to understand how building components should actually be constructed.

Effective construction documentation should provide answers to practical questions such as:

• How should a particular wall assembly be constructed?
• Where should an MEP service terminate?
• Which finish applies to a specific room?
• How do two materials or assemblies connect?
• What clearance is required for maintenance?

When drawings and details provide this information clearly, contractors have fewer reasons to make assumptions or request clarification.

Maintain Consistency Across Drawing Sets

A single design change can affect numerous documents, including floor plans, elevations, sections, schedules, details, and specifications. Updating one sheet while overlooking another can quickly create inconsistencies.

This is one area where BIM-based documentation workflows can provide significant value. When drawings are generated and coordinated from a central model, changes can be reflected more consistently across related documentation.

Maintaining alignment between plans, sections, elevations, schedules, and details helps contractors identify the correct information and reduces confusion during construction.

Make QA/QC Part of Production

Quality control should not be limited to the final submission stage. Reviewing documentation throughout production provides opportunities to identify problems before they reach the contractor.

A structured QA/QC process for construction drawings can include checks for:

• Dimensions and annotations
• Room names and numbers
• Sheet references
• Door and window schedules
• Drawing consistency
• Construction details
• Coordination between disciplines
• Model information and parameters

Finding these issues internally is considerably better than discovering them after construction has started, when corrections can affect cost and schedule.

Reduce RFIs Through Better Documentation

Reducing RFIs is not simply about responding to questions faster. The stronger approach is to reduce the number of questions that need to be raised in the first place.

For architecture firms, developers, and contractors, combining BIM modeling, multidisciplinary coordination, detailed construction documentation, and continuous QA/QC can create a more reliable project information workflow.

Camellia Buildtech supports architecture and construction teams with BIM and construction documentation services, helping project teams improve documentation capacity while maintaining coordination and quality throughout project delivery.