Flipping the Pyramid: Why the Future of Housing is Low-Profit and High-Impact

About This Episode

In this episode of First Shift, host Graeme Bryks sits down with Jess Glowacki, the founder of EcoPhi Architecture, to explore a radically different approach to building. Jess is not just designing structures. He is engineering self-sustaining ecosystems where the home is just one piece of a living, breathing community. With a background in architecture from Montana State University and years of experience working on LEED-certified projects around the world, Jess realized that the traditional construction industry was failing to deliver truly healthy, ecological buildings to the people who live in them. That realization sparked the creation of EcoPhi, a firm dedicated to regenerative design that goes far beyond sustainability checklists. Jess breaks down the science behind EcoPhi's panelized wall systems, which are built indoors using locally sourced materials like hemp insulation, bamboo, and clay. He explains why anything above R38 insulation is largely negligible, why airtight homes without proper ventilation create sick building syndrome, and how different climates demand completely different wall assemblies. For contractors and trades professionals, this is a masterclass in thinking beyond the two-by-four and fiberglass approach. Jess also discusses how EcoPhi uses Revit, BIM, and Twinmotion for visualization, giving clients the ability to walk through their projects in VR before a single panel is manufactured. The conversation dives deep into EcoPhi's mission of affordable, community-driven housing. Jess has structured the company as an L3C, a low-profit limited liability company, because the goal is impact over maximum profit margins. The model includes building mixed-use developments where high-end units subsidize at-cost housing for single mothers, Native American communities, and others in need. To prevent speculation, EcoPhi requires a 10-year buyback clause on affordable units. Jess also discusses plans to create a fellowship program, similar to a trade school, where workers learn regenerative building techniques and can earn certificates without needing a college degree. On the topic of AI, Jess shares a balanced perspective. He uses AI tools for writing, presentations, concept renderings, and even rough project budgeting. But he is firm that AI cannot replace the deep, professional knowledge required to understand local soils, building codes, thermodynamics, and cultural context. He warns contractors and developers against showing up to a professional team saying "AI did most of the work for me," because the reality is that every AI output still needs a trained expert to validate and execute. For contractors looking to adopt AI in architecture and construction, Jess offers a grounded take: use it as a tool, not a shortcut.

Key Takeaways

• 1EcoPhi builds panelized wall systems indoors using locally sourced materials like hemp, bamboo, and clay, then ships them for on-site assembly like an Ikea kit for homes.
• 2Anything above R38 insulation provides negligible benefit; the real priority is airtightness paired with proper ventilation to avoid sick building syndrome.
• 3The company is structured as an L3C (low-profit LLC), prioritizing community impact over maximum profit margins while still running a sustainable business.
• 4Affordable housing units include a 10-year buyback clause to prevent buyers from flipping at-cost homes for speculative profit.
• 5EcoPhi uses Revit, BIM, Asana for project management, and Twinmotion for VR walkthroughs so clients can experience their project before construction begins.
• 6AI is a powerful supplement for renderings, writing, and rough budgets, but Jess warns it cannot replace professional knowledge of local codes, soils, and thermodynamics.
• 7A fellowship program modeled after trade schools will train workers in regenerative building techniques, offering certificates instead of requiring college degrees.

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