Delivering industrialized timber-hybrid buildings requires more than innovative products. It requires partners whose expertise complements one another from the earliest design decisions through to project delivery. The partnership between CREE Buildings and Peikko demonstrates how bringing together this expertise creates a stronger and more integrated solution for project teams.
The 1925 Victoria Park project in Toronto is a strong example of how this collaboration translates into tangible project outcomes. Designed as a sustainable rental apartment building, the project combines prefabricated timber-hybrid construction with regenerative landscape design, passive climate strategies, and community-focused architecture.
Beyond the building itself, Victoria Park demonstrates how early collaboration, integrated structural solutions, and shared expertise can contribute to more efficient project delivery, improved constructability, and long-term building performance.
Building value through partnership
At the heart of the CREE Ecosystem is the belief that the best buildings are created when knowledge is shared. Rather than working in isolation, architects, engineers, contractors, and suppliers contribute their expertise from the earliest project stages, where decisions have the greatest influence on cost, constructability, sustainability, and project outcomes.
The partnership between CREE and Peikko reflects this approach. CREE contributes its proven timber-hybrid building system and extensive expertise in industrialized building delivery, while Peikko brings deep expertise in composite structures, connection technologies, and structural engineering solutions. Together, they create a structural solution that is efficient, practical, and straightforward to coordinate across multiple project phases.
For both companies, this compatibility is about more than technical integration. It reflects a shared commitment to simplifying complexity for customers while balancing architectural ambitions, construction efficiency, and long-term performance.
The strength of the partnership lies in combining expertise rather than promoting individual solutions. By working together, CREE and Peikko help project teams make better-informed decisions sooner, simplify coordination throughout the project lifecycle, and provide developers with a more integrated pathway to industrialized construction.
As sustainability requirements, hybrid construction methods, and regulatory expectations continue to evolve, developers increasingly seek partners who can combine practical expertise with proven solutions. By bringing complementary capabilities together, CREE and Peikko provide project teams with coordinated expertise rather than isolated solutions.
As Jonas Høeg, Area Director Scandinavia, explains:
“Instead of Peikko alone going out and talking about hybrid structures and their advantages, and CREE doing the same separately – if you do it with one voice, it is absolutely more valued in the industry.”
Victoria Park: From concept to construction
At Victoria Park, the coordinated structural concept supports both architectural vision and efficient construction. By aligning their respective expertise, Peikko and CREE simplified interfaces between disciplines, improved constructability, and established a structural solution tailored to the project.
The structural concept at Victoria Park combines the CREE System with DELTABEAM® Composite Beams. DELTABEAM®'s slim-floor profile provides additional headroom, while its integrated fire resistance eliminates the need for additional fireproofing on the beams.
One of the defining strengths of the joint project is the high compatibility. The long spans, efficient material use, acoustic performance, and industrialized construction methodology enabled by the CREE System align closely with DELTABEAM®'s slim structural depth and integrated fire resistance.
As the project progresses into manufacturing and site assembly, the collaboration continues beyond the primary structural frame. MODIX® Rebar Couplers provide reliable load transfer within the structural system, while Peikko's broader portfolio, including the JENKA® Lifting System and PVL® Connecting Loops, can be incorporated where project requirements benefit from their use. Integrated within the wider CREE delivery approach, these solutions support a coordinated process spanning engineering, prefabrication, transportation, and on-site installation.
As Luc Gagnon, Project Manager at Peikko North America, explains:
“What makes working with the CREE System exciting from a Peikko engineering perspective is how naturally it fits with DELTABEAM®. The depth of the system, the spans, the schedule, the coordination – it all lines up. Both systems are highly complementary, and the fit feels very natural. At 1925 Victoria Park, Peikko is not only providing DELTABEAM® – we are also providing connections that help make the structure work. It is not just a product match. It is a system match.”
Creating Project Value at Scale
The Victoria Park project demonstrates how strong partnerships create value far beyond individual products or systems. By combining complementary expertise within an industrialized delivery approach, CREE and Peikko are creating integrated solutions that can be applied efficiently on individual projects while building shared knowledge and proven approaches that can be replicated and scaled across future buildings.
- More than individual products
Together, CREE and Peikko create a cohesive approach in which design, engineering, manufacturing, and construction are aligned and work as one.
- Better coordination, better outcomes
Their collaborative approach helps project teams navigate complexity, make better-informed decisions, and improve coordination throughout the project lifecycle while supporting ambitious sustainability and performance goals.
- From project experience to scalable solutions
Victoria Park demonstrates how combining the right expertise at the right time can turn innovative concepts into successful buildings while creating knowledge and proven approaches that can be replicated across future projects.