Category: OnTrack Series

Our Journey to Net Zero

In the last few years, several ominous phrases have crept into our daily lexicon including “atmospheric rivers”, “quarantining”, “social distancing”, and “air-quality index.” Oxymorons are also taking over our headlines such as “stormy California” and “rainy Arizona.” Spurred by the pandemic and climate crisis, the world is changing faster than ever before – and our ...

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Lowering Cost + Carbon: The Power of Performance-Based Design

Innovation in structural engineering rarely comes from a single breakthrough – more so it is about building on ideas and connecting them in new ways. In our previous post, we explored how modern damping devices allow us to design more efficient structures, but what if there were an even smarter way to tame wind and …

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Lowering Cost and Carbon: Structural Devices

How Structural Devices and Dampers Can Leverage Construction Value Innovation in structural engineering often follows a pattern of overlapping S-curves, where new technologies begin slowly, then accelerate in performance before eventually plateauing. Early-stage innovations may appear less efficient than established methods, creating a perceived performance gap. In fact, this gap represents an innovative space in …

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Counting Rebar vs. Counting Carbon: Rethinking Our Metrics

For years, the construction industry has leaned on rebar density as a quick and easy way to budget rebar costs. Estimate the total concrete on a project, apply a standard percentage, and you’ve got a rough rebar number. And, for a long time, it worked really well. But lately, things have been feeling off. Numbers …

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Decarbonizing Construction Materials: Concrete, Steel, and Timber

The construction industry has a reputation for being slow to change — “this is how I’ve done it for years” is a familiar phrase in project meetings. But from a materials perspective, things are shifting fast. We’re seeing steady reductions in the carbon footprint of concrete, steel, and timber, thanks to new technologies and smarter …

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A Retreat from Conventional Design: Reducing Embodied Carbon Through Engineering Innovation

Glotman Simpson prides itself on being at the cutting edge of structural engineering. As engineers, we are always looking at new ways of sharpening the pencil on our designs. These efforts are shared in our technical retreat, a two-day event held in Whistler every few years. It’s a forum for thoughtful discussion on the implications …

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The Structure Behind the Stats: Sen̓áḵw’s 22% Carbon Cut Explained

Glotman•Simpson’s role as the structural engineer on Sen̓áḵw – Phase 1, an Indigenous-led development in Vancouver, BC, is projected to eliminate over 7,800 tonnes of embodied carbon setting a new benchmark for sustainable construction in Canada. Although this study was conducted independently of the building’s design, it reinforces a broader principle we uphold; designing efficiently …

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