Preconstruction & Design Support

Strong preconstruction planning is one of the most important factors in the success of a mass timber project. At Sound Carpentry, we support architects, engineers, and general contractors with early-stage coordination, shop-drawing review, lift planning, and constructability guidance that help prevent delays, reduce rework, and ensure a smooth installation process from day one.
Early-Stage Planning & Coordination
Mass timber projects run best when installation considerations are incorporated early. We collaborate with design teams and site supervisors to help identify:
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Connection details that may affect installation
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Hardware requirements and sequences
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Crane access and lift zones
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Material staging and panel landing areas
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Potential clashes with other trades
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Proposed installation flow and productivity expectations
Our input provides clarity and helps avoid costly adjustments once work begins on-site.
Shop-Drawing Support & Review
Accurate shop drawings are essential for smooth installation. We assist by:
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Reviewing CLT and glulam shop drawings
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Identifying constructability issues
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Flagging potential sequencing problems
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Confirming connections and hardware placement
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Advising on tolerances and bearing conditions
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Ensuring drawings align with real-site conditions
This proactive approach reduces errors, improves coordination, and supports a predictable schedule.
Lift Planning & Installation Sequencing
Efficient crane use is a major factor in mass timber project timelines. We provide detailed input on:
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Panel lift sequences
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Beam and column picks
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Hardware staging for each lift
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Crane radius and access
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Work flow around critical picks
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Daily lift schedules with site supervisors
Careful sequencing minimizes downtime, improves workflow, and keeps installation moving at an ideal pace.
Coordination With Your Team
We work directly with:
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General contractors
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Project managers
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Site supervisors
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Structural engineers
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Architects
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Fabricators
Our team ensures all parties have clear expectations for timing, staging, access, and safety requirements.
This level of coordination is especially valuable for complex structures, tight sites, and multi-trade environments.