PROJECT PROFILE
inclusive, resilient communities. Ryder has shown that archi-
tecture can advance not only sustainability and affordability 
but also joy, beauty and a renewed sense of belonging.”
ENERGY MATTERS
According to Ryder, the housing development’s envelope-first 
philosophy achieved a 56-per-cent reduction in energy use 
and carbon emissions (compared to 2025 National Energy 
Code for Buildings Canada 2015 standards), with a heating 
demand of 12 kWh/m² per year. Additional features include:
•	 A low, 20-per-cent window-to-wall ratio tuned for daylight 
and thermal balance;
•	 An airtight envelope with thermally broken balconies and 
fixed sun-shades that act as passive cooling devices;
•	 Triple-glazed windows;
•	 Ductless heat recovery ventilation; and
•	 Rooftop domestic heat pumps for hot water. 
Together, these all-electric strategies demonstrate how to 
deliver affordable, climate-resilient housing at market-stan-
dard cost and on a compressed schedule.
RYDER CULTURE
Ryder is part of a larger group of architectural teams located 
worldwide, but mainly in the U.K. James says, “At Ryder it’s 
a team culture. This latest experience was a clear demonstra-
tion of how the best architectural projects are often created by 
small, agile teams passionate about great architecture. We tend 
to work in a ‘teams’ model that allows us to keep the groups 
manageable, but with individuals connecting and collabo-
rating when needed.” 
The passive approach to architecture has its origins in 1990s 
Germany, which drew inspiration from the 1970s era energy 
efficiency work in Canada, which was later refined and devel-
oped with further European research into low-energy building 
performance. The concept was developed to address why 
low-energy building performance often did not achieve the 
anticipated energy savings. 
James adds, “From this emerged an approach and method-
ology now known as passive architecture, focused on elements 
like continuous airtight envelopes, high-performance windows 
and heat recovery and ventilation systems. Energy modelling 
is therefore integral to the design process, and it’s something 
we undertake in house as part of our team approach.” 
“The building site itself was interesting. It sits over China 
Creek, which influenced the size and scale due to the build-
ings natural gap. That's why there are two buildings. China 
Creek is one of the hidden streams in Vancouver and flows 
beneath some of these sites with very old brick culverts. We 
knew we couldn't build on top of it as it forms part of the 
city’s sanitary system. This helped define key parameters 
from the outset, along with the need to build taller in the 
Grandview Woodlands area, while retaining as many mature 
trees on site as was possible. 
“We're not trying to be showy with our architecture or too 
extravagant. The design of the Timbre and Harmony housing 
development is very restrained. That fits the Passive House 
approach as well – the essential criteria are to be as efficient  
as possible.”
James concludes, "This project is about more than just adding 
homes; it's about reimagining the DNA of Vancouver's apart-
ment housing so that seniors and vulnerable residents live in 
places of dignity, comfort and connection – homes that are 
both timeless and forward-looking."  
PHOTO COURTESY OF ADRIEN WILLIAMS PHOTOGRAPHY
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