Look, designing in the mountains isn't just about pretty views - it's about respecting what's already there and making sure it stays that way for the next generation.
After spending 15+ years working on alpine projects, you start noticing things. Like how a poorly designed resort can wreck a watershed, or how the right window placement can cut heating costs by half. It's not rocket science, but it does take giving a damn.
We've watched climate patterns shift in the Coastal Mountains firsthand. Snow lines are changing, weather's getting weirder, and if we're gonna keep building up there, we better do it right. That means thinking about energy, water, materials, and how every decision ripples out into the ecosystem.
Real numbers from our projects - no greenwashing, just actual data we track
kWh Saved Annually
Across active projectsWater Use Reduction
Compared to baselineTonnes CO2 Offset
This year aloneMaterial Diversion
From landfills
One of our resort projects in Whistler - those panels generate about 220 MWh annually, even with all that snow.
We've guided 34 projects through LEED - mostly Gold and Platinum. Yeah, it's paperwork-heavy, but it keeps us honest about the details that matter.
For residential stuff, Passive House standards are killer. Super tight envelope, minimal heating loads. Works great even at 2000m elevation.
Only attempted this twice - it's brutal but amazing. Net-positive energy and water. Honestly, it's where we think everything should be heading.
Health-focused certification that looks at air quality, lighting, acoustics. Great for resorts where people are supposed to actually relax and feel good.
We're pushing all our commercial clients toward this. With BC's hydro power and some smart design moves, it's totally doable up here.
Canadian-specific program that gets regional climate. Good stepping stone for clients who aren't ready for full LEED but want to do better.
Building sustainably in the mountains isn't the same as doing it in Vancouver proper. You've got extreme weather swings, heavy snow loads, shorter construction seasons, and fragile ecosystems. Here's what we've learned the hard way:
Southern exposure can cut heating needs by 40%. We obsess over this in the schematic phase.
BC timber, local stone - cuts embodied carbon and supports the community. Win-win.
Concrete floors with radiant heating - stores solar gain during the day, releases it at night.
Bioswales, permeable surfaces, green roofs - keeping runoff clean and on-site.
At elevation, you need serious glazing. R-7 minimum, usually with argon fill.
Work with the topography, not against it. Preserve as much natural landscape as possible.
We're not just talking about this stuff - we've got actual targets with timelines attached. Here's what we're working toward:
Some examples of what these principles look like in the real world
Location: Whistler, BC
LEED Platinum | 94% energy reduction vs. baseline | Geothermal heating | Reclaimed timber throughout
Location: Revelstoke, BC
Living Building Challenge Petal | Net-positive energy | Rainwater harvesting | 100% FSC materials
Location: Sun Peaks, BC
Passive House Certified | 89% heating reduction | Solar + battery storage | Native landscaping
Sustainable design costs a bit more upfront - usually 3-8% - but pays back within 5-7 years through energy savings alone. Plus, you know, you get to sleep better knowing you're not trashing the mountains.
We offer free sustainability assessments for new projects. No sales pitch, just honest conversation about what's possible for your site and budget.
Let's Talk About Your Project