The development of 1568 Alberni showcases the innovation and progressiveness of the Vancouver building industry. This 43-story condominium tower boasts an iconic curved façade that emulates two scoops shaped by vertically layered and staggered timber balconies. Drawing inspiration from Japanese culture and design, this stunning concept creates semi-enclosures that provide the building’s occupants with a greater connection to the urban environment around them. The rest of the enclosure is an intricately designed integration of metal panels and curtain wall, delivering both a comfortable living space and optimal views.

Our team was brought on to the project during the conceptual stage as the building enclosure consultant and façade designer, with an emphasis on supporting the delivery of the building’s unique façade. By also taking on the role of façade structural engineer, we were able to apply our expertise in this area and provide comprehensive façade services for the client. This project presented us the opportunity to work alongside renowned Japanese architect, Kengo Kuma and Associates.

To achieve the building’s façade, the project required a new and innovative glazing and enclosure system. A complex façade such as this comes with multiple design and logistical challenges. To address these challenges and ensure that the project stayed on schedule and within budget, the façade was procured from an off-shore manufacturer. As a result, our team was extensively involved in the procurement process. We performed quality assurance reviews of the performance mock-up and testing, and of the manufacturing plant during production to ensure that the façade products met the project team’s expectations.

The strong relationship our team developed with the manufacturer was paramount to the success of this project. Our team was present during the development, testing, and manufacturing stages to provide quality assurance and support the manufacturer’s development of quality control processes. We also managed the design and construction of a performance mock-up of the enclosure system to illustrate the standard requirements for the construction stage.

Completed in 2023, this building serves as a landmark in Vancouver, reflecting both the city’s ongoing growth and commitment to innovative, sustainable design.

Date:

October 7, 2019

Client:

Westbank

Architect:

Kengo Kuma and Associates, Merrick Architecture

General Contractor:

Graham Construction

Our Role:

Building Enclosure Consultant, Façade Designer, Structural Glazing Engineer

Key Services

Concept Review
Construction Document Review
Façade Development and Engineering
Procurement Consulting
Field Review
Testing

Before material and systems selections are finalized, our clients benefit from a review of the building enclosure design strategies at a conceptual level. This review provides an opportunity to reflect upon the performance expectations and fundamental building science strategies behind the selection of appropriate solutions. Experience shows that changes made at the conceptual stage of building enclosure design have far greater cost-to-benefit impact than those made during late design or construction. A typical concept review considers the following:

  • Environmental loads
  • Energy performance targets and compliance options
  • Life cycle expectations
  • Constructability, sequencing, and complexity of detailing
  • Structural support
  • Risk analysis

Brian Hubbs | P.Eng., BEP

Principal, Senior Building Science Specialist
View Bio

Lorne Ricketts | M.A.Sc., P.Eng.

Regional Director – Canada West, Building Science Specialist
View Bio

Rob Orlowski | AScT

Associate, Facade Specialist
View Bio

David Vadocz | P.Eng.

Principal, Façade Structural Specialist
View Bio

Vancouver House

The Vancouver House is an innovative, 59-story tower that stands at the gateway to downtown Vancouver.

Read More

MetroPlace

MetroPlace is a 46-story mixed-use building located in the heart of Burnaby, BC, that was developed to meet the needs of the fast-growing community around it.

Read More
RDH Building Science