DESIGN-to-INSTALL
SERVICE SOLUTIONS

With expert guidance from the outset, project teams can streamline approvals at early design stages, minimize errors, and accelerate speed to market.

Mass timber offers high-performance, sustainable solutions for modern construction. Yet unfamiliarity with the process creates design risks and cost uncertainty that delays adoption.   Our expert guidance is key to unlocking Mass Timber’s full potential and building confidence on the ground from day one.
We provide proven end-to-end Design-to-Install support, transforming complex Mass Timber challenges into clear, actionable solutions that ensure design integrity, structural precision, and smooth project delivery.
1. Accelerate Decisions with Generative AI Technology 
Before design begins, our advanced Generative AI Technology accelerates exploration and decision-making.  Real-time comparisons between Mass Timber and traditional building systems provide clear insights into cost, performance, and feasibility.
2. Bridge Knowledge Gaps and Trade Skill 
Using digitized processes, we link Architecture directly to fabrication, allowing architect customization, precision and control of project design. 
3. Strategic Alignment for Design and Delivery Success
We align developers, architects, engineers, fabricators, and builders early to ensure Mass Timber delivers both structural performance and architectural beauty. This collaboration ensures seamless coordination across trades, preserves the elegance of exposed wood, and achieves structurally sound, visually stunning outcomes. By resolving system details upfront and guiding structural connections and fabrication tolerances, we help mitigate risk, reduce costly redesigns, keep projects on schedule, and ensure design integrity through every phase.
4. Early Integration for Constructability and Cost Certainty
By addressing constructability and coordination early, we streamline workflows, accelerate timelines, and establish cost and schedule certainty. Our hands-on support through installation brings your design to life: on time, on budget, and built to endure. 
Together, we build lasting, sustainable human-centred spaces. Build Extraordinary. Build Legacy.

DESIGN-ASSIST
WITH GENERATIVE AI TECHNOLOGY

De-risk your project, accelerate decisions, and unlock the full potential of mass timber.
We leverage powered AI tools to deliver expedient analysis of structural concepts, layouts, and material options.
By exploring multiple design pathways at the conceptual stage including grid systems, building layouts, and hybrid options, teams gain real-time costing insights that allow them to compare mass timber with traditional systems. This empowers collaboration with decision-makers, architectural, engineering, and construction management teams to evaluate alternatives in real time and move forward with clarity, confidence, and cost certainty.
Input: Site selection, zoning, and program targets.
Output: Optimized massing and layouts for mass timber solutions..
Input: Existing project plans and project parameters.
Output: Optimized mass timber design, 3D model, cost surety,  and documentation. 
Output: Optimized mass timber design.
Output: Automate supply-chain documentation. 

POWERED BY TECHNOLOGY. BACKED BY EXPERTISE. ​

We use advanced technology to configure, compare and cost model options. 

THE EXPERIENCE

1. INTAKE & DISCOVERY
To kickstart the analysis, we’ll collect essential details through our streamlined project intake form, including:
A. Site location & zoning data.
B. Project goals & typology.
C. Land surveys or topographic info (if available).
2. YOU RECEIVE:
A. Several AI-generated building concepts for your site.
B. Real-time cost comparisons between mass timber and conventional construction, and mass timber design options.
C. Reliability constructability feedback on cost, structure, and design constraints.
E. Strategic design support exploring grid layout options, assessing feasibility-ready massing and design logic, and providing conceptual MEP layout guidance to inform every stage of unit planningnce to inform every stage of unit planning. 
F. Clear data on carbon-neutral solution.
Timber Post and Plate
Timber Post, Beam, and Plate
Tiber Post, Beam, Purlin, and Plate
Steel Timber Post, Beam, and Plate
Steel Timber Post, Beam, Purlin, and Plate
Load Bearing Walls, and Timber Plates

Project Example:

DATA-DRIVEN DESIGN

Fiber volume
Piece count
Transfer conditions
Standardizing piece types
Qualitative comparison
Load combinations