Sustainable Architecture

Design That Actually Gives Back

We're not just talking green - we're building it, measuring it, and living it every single day.

Why We're Obsessed With Sustainability

Look, I'll be honest - when I started this studio back in 2014, sustainability wasn't the trendy thing it is now. But after seeing how buildings were consuming nearly 40% of global energy, I couldn't just design pretty structures anymore. It felt... wrong, you know?

So we made a commitment: every project we touch has to leave the planet better than we found it. Not as a marketing gimmick, but because our kids deserve cities that breathe.

Today, we've reduced carbon footprints by over 12,000 tonnes across our completed projects. That's equivalent to taking 2,600 cars off the road permanently. And honestly? We're just getting started.

Our Sustainable Approach

Credentials That Actually Mean Something

We've earned these through blood, sweat, and countless energy models

LEED Accredited

All our lead architects hold LEED AP credentials. We've delivered 23 LEED-certified projects, including 7 Platinum ratings.

Passive House Certified

Yep, we're certified Passive House designers. Because sometimes you need buildings that basically heat themselves.

Living Building Challenge

We're one of the few studios in Western Canada actively pursuing LBC certification. It's brutal, but worth it.

Net Zero Ready

Certified under Canada's Net Zero Energy Ready program. All our new builds can hit net-zero with minimal retrofitting.

The Numbers Don't Lie

Real data from our projects over the past decade

64%

Average Energy Reduction

Compared to conventional buildings. Our Cypress Commons project hit 78% reduction - still proud of that one.

48%

Water Conservation

Through rainwater harvesting, greywater systems, and low-flow fixtures. Vancouver's rainforest climate makes this a no-brainer.

89%

Material Diversion Rate

Construction waste diverted from landfills. We're religious about material reuse and recycling on-site.

2.8 MW

Solar Capacity Installed

Across residential and commercial rooftops. That's enough to power roughly 350 homes year-round.

12,400

Tonnes CO2 Avoided

Cumulative carbon savings from completed projects. And that number grows every year as buildings keep performing.

$1.8M

Annual Energy Savings

What our clients save every year on utility bills. Sustainability isn't just ethical - it's economically smart.

Projects We're Actually Proud Of

Here's where theory meets reality

EcoTerra Residences
LEED Platinum

EcoTerra Residences

This 42-unit residential complex in North Vancouver was our first Passive House project, and man, it was a learning curve. But we pulled it off - heating costs are 87% lower than code minimum.

  • Net-zero energy ready design
  • Rooftop solar array (180 kW capacity)
  • Geothermal heating/cooling system
  • Rainwater harvesting for landscape irrigation
  • Triple-glazed windows throughout
87% energy savings 92% resident satisfaction
Westport Innovation Hub
LEED Gold

Westport Innovation Hub

A 75,000 sq ft commercial office space that generates more energy than it consumes. Yeah, you read that right. The tenants actually get paid for their surplus energy production.

  • Living green wall (3 stories high)
  • Smart building automation system
  • Cross-laminated timber (CLT) construction
  • Daylighting optimization (98% natural light)
  • Bicycle facilities for 150+ commuters
112% energy positive 45% lower operational costs
Riverside Urban Renewal
Urban Planning Award

Riverside Urban Renewal

Transformed a former industrial zone into a mixed-use neighborhood. This one's close to my heart because we didn't just design buildings - we designed a whole community ecosystem.

  • Brownfield remediation and restoration
  • 4 acres of bioswales and green infrastructure
  • Zero-emission district heating system
  • Community food gardens (40+ plots)
  • Walkability score increased from 42 to 91
70% car trip reduction 350+ native trees planted

How We Actually Do This

It's not rocket science, but it does require discipline and expertise

01
Whole-Building Energy Modeling

Before we draw a single line, we're running simulations. We model dozens of scenarios to find the optimal balance between performance and budget.

02
Life Cycle Assessment

We calculate embodied carbon from material extraction through end-of-life. Sometimes the "greenest" material isn't what you'd think.

03
Passive Design First

Orientation, shading, natural ventilation - we maximize these before adding any mechanical systems. Technology should enhance, not replace, good design.

04
Material Transparency

We're super picky about where materials come from. Local sourcing, ethical supply chains, and material health declarations are non-negotiables.

05
Post-Occupancy Verification

We don't just hand over the keys and disappear. We monitor performance for at least a year to ensure buildings actually perform as designed.

06
Continuous Learning

This field evolves fast. Our team spends 80+ hours annually on training, research, and staying current with emerging technologies.

Materials Matter More Than You Think

About 11% of global CO2 emissions come from building materials production. So yeah, what we specify makes a huge difference.

We're obsessed with material sourcing - where it comes from, how it's made, and what happens when the building's life ends. Circular economy isn't just a buzzword for us.

Sustainable Materials
Mass Timber

Cross-laminated timber and glulam beams store carbon instead of emitting it. Plus, they're structurally amazing and look gorgeous.

Recycled Content

Recycled steel, reclaimed wood, recycled glass countertops - we aim for 30%+ recycled content across all projects.

Local Sourcing

Materials sourced within 800 km reduce transportation emissions. BC's got great options - we use 'em.

Low-VOC Everything

Paints, adhesives, sealants - all low or zero VOC. Indoor air quality affects health way more than people realize.

High-Performance Insulation

Cellulose, mineral wool, or rigid foam with zero HFCs. Insulation is unsexy but it's literally the most important decision.

Circular Design

We design for disassembly. When materials can be reused or recycled at end-of-life, we've done our job right.