Building Good

As Building Good wraps up its sixth season, we’re looking back at the big ideas shaping the future of construction. A few key themes kept emerging. First, sustainability still faces financial and regulatory roadblocks. Second, meaningful change needs community buy-in to succeed. Third, bold ideas are the skeleton keys to unlocking the construction industry’s biggest brain teasers. Co-hosts Jen Hancock and Geoff Capelle revisit the season’s most thought-provoking moments: from researchers developing sci-fi worthy building materials to expert navigators of the twisty, ever-evolving road of regulatory landscapes to multihyphenates using generative AI to reimagine community engagement.Join the Building Good community today:https://www.buildinggood.caLinkedIn

For thousands of years, humans have built with wood. Today, mass timber is changing the way we design, build, and experience our spaces. It’s strong, fire-resistant, and capable of storing carbon, offering a sustainable alternative to traditional building materials. And beyond its structural benefits, wood also connects us to nature, improving well-being through biophilic design. Andre Lema, Business Development Manager at Western Archrib, breaks down the benefits of biophilic design, how mass timber is reducing carbon emissions, and why architects and developers are embracing wood for everything from rec centers to high-rises.Join the Building Good community today:https://www.buildinggood.caLinkedIn

Canada’s path to net zero hinges on electrification. As the world’s fourth-largest producer of hydroelectricity, we’re primed to take a global leadership role. With the provinces and territories at different stages of grid decarbonization, electrification doesn’t have to be “all or nothing” — regions with a longer way to go can take a phased approach, incorporating supplemental energy sources. But what about chilly Canadian winters? Cold-climate heat pumps now operate efficiently at -25°C. Of course, the best time to electrify may be during the initial build. But the second best time is now. Mariko Michasiw, program manager for B2E, the Building to Electrification Coalition - a program area of the Zero Emissions Innovation Centre (ZEIC) - explains how cold-climate heat pumps, strategic retrofits, and grid planning are key to scaling electrification.Join the Building Good community today:https://www.buildinggood.caLinkedIn

Climate change is polarizing. Between inflation, investor pressures, competitiveness, high interest, and economic sluggishness, climate change can seem like a far-off problem — just another thing to worry about. Sustainability often takes a back seat, becoming a “nice to have” instead of a “need to have.” But an ounce of prevention is worth a pound of cure. Heather Taylor of EY Canada breaks down how prioritizing climate action is actually a smart investment strategy.Editor's Note: After publishing, we received an email from Heather & her team with two further points. First, during the episode, we mentioned that global warming could reach up to 3 degrees by 2100. In January, a report came out saying that 2024 was the first year to exceed 1.5 degrees of global warming. Second, Heather & her team shared this excellent observation: "For the construction industry which is seen as an economic driver in Canada - there is an opportunity to for the industry to inform and influence public policy. The construction industry can stimulate jobs and domestic investment when the industry is thriving. Given the significant capital it will take to get buildings to a resilient and lower carbon footprint, there is an opportunity for Canada to ensure the construction materials are domestic products. The new Trump administration’s threat of tariffs may create a tariff war which may create a significant impact on the construction industry." Thanks to Heather & her team for the engaging comments!Join the Building Good community today:https://www.buildinggood.caLinkedIn

In Asia, bamboo has been used as a construction material for thousands of years. Prized for its availability, strength, and flexibility, it has over a thousand uses—including scaffolding during the construction of high rises in Hong Kong. So why has it been slow to be adopted by the global construction industry? It’s a sustainability advocate's dream: it sequesters carbon; provides wildlife habitats; supplies biofuel. Some species mature in just five years and can auto-regenerate after harvesting. But how does it stack up against concrete, steel, and timber? With the right ingredients, engineered bamboo shows major promise as a regenerative building material of the future. Brock University's Dr. Amir Mofidi is an expert in bio-based composites and he's developing cold-hardy, construction-ready strains that can handle North American climates.Join the Building Good community today:https://www.buildinggood.caLinkedIn