Monad Granville

• Prefab mass timber structure + envelope
• Robotic manufacturing, Delta BC facility
• Passive House target, low-carbon build

LWPAC and the project's developer selected Intelligent City's Platforms for Life system because Monad Granville needed to deliver 60 rental apartments over ground-floor commercial space on a typical, tight urban lot in Downtown Vancouver while still hitting a Passive House performance target. A conventional structural and envelope build would have made that combination of density, energy performance, and site constraints slow and expensive to coordinate.

Platforms for Life let the design team, working with WHM Engineers on structural design and RDH Building Science on the envelope, model the building parametrically in Rhino and Revit and pass that same model directly into Intelligent City's robotic manufacturing process at its Delta, BC facility. Because the mass timber structure and envelope panels were engineered and fabricated together as one system, the team could commit to a low-carbon, prefabricated approach without treating structure and envelope as two separately coordinated trades.

Delivering Monad Granville meant fitting 60 rental apartments and ground-floor commercial space onto a typical, constrained urban lot in Downtown Vancouver while still meeting a Passive House energy target, a combination that put real pressure on how efficiently the structure and envelope could be designed, coordinated, and built. Any airtightness or thermal weak point in the envelope would work against the Passive House goal, so the structural and envelope systems needed to be resolved together rather than handled as separate, sequential trades.

The project also needed to work economically as a rental building, which meant the construction method itself had to control cost and schedule risk on a site too small to leave much room for error, rework, or a long, sequential structure-then-envelope build process.

Before adopting a system like Platforms for Life, a mid-rise mixed-use building combining ground-floor commercial space with rental apartments above would typically be built using a conventional structural frame, with the building envelope designed and installed as a largely separate scope of work. Structural engineers, envelope consultants, and trades would coordinate through drawings and submittals rather than a single shared model, and hitting a Passive House-level performance target would mean managing airtightness and thermal performance as a series of site-installed details rather than a factory-built system.

That conventional approach also means construction proceeds largely in sequence on site, with structure going up before envelope work can follow, which extends the schedule on a compact urban lot where efficient use of the site and a fast track to occupancy both matter to the project's economics.

Using Intelligent City's Platforms for Life system let Monad Granville's structure and envelope be engineered, manufactured, and installed as one coordinated package rather than two separately managed trades. Because the parametric Rhino and Revit model fed directly into robotic manufacturing at Intelligent City's Delta, BC facility, the mass timber components and envelope panels arrived on site pre-engineered to fit together, with the plug-and-play panel system's gasket connections providing immediate water and air tightness as each panel was installed.

That prefabricated, panelized approach supports the kind of airtightness and thermal performance a Passive House target requires while reducing the on-site coordination and sequencing that a conventional structure-then-envelope build would need. For a 9-storey, 60-unit rental building on a tight Downtown Vancouver lot, delivering the structure and envelope as a single low-carbon mass timber system was central to making the project's density, sustainability, and economic goals work together rather than trading off against one another.