Advice
Architectural specs must outline the methodology and responsibility of MEP (mechanical, electrical, plumbing) coordination and modelling.
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Advice
Architectural specs must outline the methodology and responsibility of MEP (mechanical, electrical, plumbing) coordination and modelling.
Advice
It is advantageous for the architect to have experience with CLT (but not as critical as for the structural engineer).
Advice
The structural engineer must have experience with CLT: this is vital to project success.
Advice
The project must have comprehensive architectural and structural specs. Assume the proponents have no experience, which will ensure that everything is spelled out.
Advice
CLT requires MEP coordination and modelling, which is an expense to the owner if done during the design phase.
Advice
Timely delivery of CLT from the manufacturer has been an issue, but this is improving. CLT does provide opportunities in BC for local manufacture.
Advice
Cost reductions are realized with CLT design due to R value in roof and wall assemblies.
Advice
Cost of CLT is approximately equal to steel (or better if steel tariffs are in place).
Advice
Reasons to engage the services of a CLT installer during design: — gives rigour to cost and scope — gets structural modelling info and connection details — provides site sequencing and mobilization info — provides contractor costs for installation
Advice
Use simplified floor plans with stacked units.
Advice
Engage the “authority having jurisdiction” early to ensure timely approval.
Advice
Understand the code approval process for tall wood buildings.
Advice
Engage third party experts for guidance.
Advice
“Constant and frequent communication” encouraged all to take ownership of project and actively contribute.