Mindful Collaborative

A chasm exists between our built environments and the living systems that sustain us. The wider it becomes, the harsher the toll on the wellbeing of everyone and the world around us.

Crossing this chasm and restoring our relationship with nature is not only possible but ideal. By learning from Indigenous stewardship and reciprocity, we can ground architectural design and built environment approaches in regenerative principles and systems-thinking that benefits people and planet.

We spoke with Geneviève Noël and T. Maginnis Cocivera, Co-Founders of Mindful Collaborative, about how its systems-based approach and application of circular innovation to architectural design are helping create regenerative, harmonious built environments that strengthen ecological health and human wellbeing.

What inspired you to start Mindful Collaborative and engage in circularity?

Mindful Collaborative was founded from a shared belief that humanity must restore a symbiotic relationship with the living systems that sustain us.

The collaborative brings together our complementary expertise as a regenerative designer (Geneviève Noël) and an architect (T. Maginnis Cocivera) to interweave architecture, ecology, infrastructure, culture, and circular systems into regenerative solutions.

Geneviève Noël: My path toward circularity was shaped through years spent planting trees along the rugged West Coast of Canada, searching for a meaningful contribution after beginning my early career in clothing design. I later earned a Bachelor of Design from Emily Carr University of Art + Design, where my work focused on interweaving the built environment with living ecological systems and exploring how human habitats can function more harmoniously within the biosphere. Planting more than one million trees revealed firsthand both the ecological impacts of extractive industrial systems and the extraordinary intelligence of healthy forest ecosystems, where every output becomes nourishment for another process.

Driven to deepen my understanding of living systems and regenerative land stewardship, I later pursued a Permaculture Design Certificate through the Permaculture Research Institute and continue advancing my studies in Regenerative Soil Science. My work draws inspiration from ecological succession, biodiversity, ethnobotany, and Indigenous-informed approaches to stewardship and reciprocity.

T. Maginnis Cocivera: My background in architecture and sustainable urbanism further shaped the collaborative’s systems-based approach. Before co-founding Mindful Collaborative, I contributed to internationally recognized projects, including the Louvre’s Department of Islamic Arts, Plan Abu Dhabi 2030, and the Centre for Interactive Research on Sustainability at the University of British Columbia. Later, as Vice President of Development at Polygon Homes, I oversaw the delivery of more than 2,000 multifamily homes.

Together, our experiences inspired the creation of Mindful Collaborative as an interdisciplinary platform dedicated to regenerative architecture, circular materials, resilient communities, and nature-based infrastructure.

How do you feel that implementing circular solutions will benefit the built environment, communities, and Canada?

We believe circularity allows us to rethink the relationships between systems, industries, and living ecosystems. Too often, buildings and infrastructure are designed in isolation from the natural systems that sustain them. Circular and regenerative design instead asks how waste streams, energy flows, water cycles, biodiversity, and human wellbeing can work together synergistically.

Our perspective is deeply inspired by Indigenous worldviews that recognize the interconnectedness of all living systems and the responsibility to think across generations. When applied to the built environment, circularity transforms buildings from passive consumers of resources into active contributors to ecological and community resilience.

A strong example is the Xaxli’p Green Hydrogen Facility designed in collaboration with Salish Elements. After more than a decade of opposing fossil fuel pipelines, the client envisioned an Indigenous-owned green hydrogen highway across British Columbia focused on decarbonizing heavy transportation and replacing diesel backup generators commonly used in remote communities.

When Mindful Collaborative joined the project, we identified a significant quantity of excess thermal energy that would traditionally be treated as “waste heat.” Applying circular design principles, we explored how this energy could instead become a valuable resource. In response to community concerns surrounding food insecurity, we designed a food security hub featuring earth-sheltered greenhouses heated by the hydrogen facility. Inspired by the traditional pit house winter dwellings of the region, these structures integrate Indigenous architectural principles with regenerative infrastructure and circular energy systems.

Similarly, the snpink’tn Turtle Regenerative Housing initiative applies circular systems thinking to energy, water, food, and nutrient cycles at the community scale. Solar roofs harvest renewable energy while collecting rainwater into integrated corrugated metal cisterns. This harvested water irrigates orchard food forests located at the center of residential “pods”—clusters of 20 homes organized around shared outdoor gathering spaces that strengthen social connection and resilience. Indigenous food forests ring the perimeter, interweaving native biodiversity, habitat restoration, ethnobotanical species, plant medicines, and food production directly into the fabric of the community.

Together, these projects demonstrate how circularity can simultaneously address housing, food security, climate resilience, biodiversity restoration, cultural revitalization, and community wellbeing.

What do you consider to be your biggest success in advancing the circular economy in the built environment? Can you share any stories of impact your work has had that have surprised you?

One of our greatest successes has been the development and international deployment of the patented SYMBIUS Flexipanel Living Wall System, a Cradle to Cradle Certified® regenerative technology that transforms recycled materials into globally implemented living infrastructure. Commercialized internationally under licence, thousands of square metres of living walls have been installed in over 400 projects across 45 countries worldwide over the past 18 years. Highlights include the Westin Wall Centre in Vancouver, and the 9/11 Memorial at Ground Zero in New York City, and the Eden Tower in Frankfurt, Europe’s tallest green wall.

This biodiversity interface demonstrates how circular design can create value far beyond waste diversion. By reintroducing vegetation into dense urban environments, these systems support biodiversity, improve air quality, mitigate urban heat island effects, strengthen urban water cycles, and reconnect people with nature within cities.

On a wider scale, one of our greatest achievements has been helping advance a shift from sustainability toward regeneration. Rather than simply reducing harm, regenerative design asks how buildings, infrastructure, and communities can actively restore ecological health and strengthen the living systems around them.

What are some of the challenges you typically face working to advance the circular economy, especially within the built environment?

One of the greatest challenges is helping organizations recognize the hidden value embedded within their waste streams and underutilized systems. Many materials currently treated as waste possess untapped potential to become feedstock for new products, regenerative materials, or circular opportunities.

Circularity transforms buildings from passive consumers of resources into active contributors to ecological and community resilience.

The built environment is also an extraordinarily complex ecosystem involving governments, developers, engineers, manufacturers, financial institutions, and communities. Meaningful circular solutions require collaboration across these sectors, yet many systems remain fragmented, making it difficult for regenerative innovations to scale. Furthermore, many of the ecological, cultural, and social benefits generated through regenerative systems remain difficult to quantify through conventional linear economic models.

Another challenge is that regenerative technologies often require significant research, prototyping, and long-term investment before reaching commercial viability. Small mission-driven companies frequently face barriers accessing growth capital and procurement opportunities, despite demonstrating measurable environmental and social benefits.

At the same time, circularity requires a cultural shift away from short-term extractive thinking toward long-term stewardship and systems-based decision-making. This transition demands education, collaboration, and trust-building across industries and communities.

Are there any upcoming initiatives, projects, trends, or advancements related to your work you'd like to share?

We are particularly inspired by the growing convergence of regenerative design, circular economy principles, climate resilience, ecological restoration, and Indigenous-led stewardship within the built environment.

One promising initiative is DCarb Carbon-Negative Concrete, an emerging material innovation we developed through strategic partnerships within the mariculture sector. By incorporating marine-derived materials into the concrete supply chain, DCarb has the potential to reduce embodied carbon while supporting marine ecosystem regeneration and long-term carbon sequestration.

We are also advancing Medulla Regenerative Insulation, a carbon-storing insulation system designed to transform waste materials into high-performance building products. Inspired by natural systems, Medulla seeks to improve building performance while storing carbon within the built environment and diverting valuable resources from landfills.

More broadly, we are inspired by the emergence of biogenic materials, eco-industrial networks, decentralized food systems, and regenerative infrastructure that reconnect communities with local ecosystems and resource cycles to foster long-term resilience.

Looking ahead, what are your hopes for the circular economy over the next decade, and how do you envision contributing to this vision?

Looking ahead, we hope regenerative and circular principles become foundational to the future of the built environment. We envision communities where buildings store carbon, infrastructure restores biodiversity, industrial waste becomes valuable feedstock, and economic prosperity becomes directly linked to ecological regeneration.

The next decade presents an extraordinary opportunity to fundamentally rethink how human settlements interact with the biosphere. Climate change, biodiversity loss, food insecurity, and housing challenges are deeply interconnected issues that require holistic solutions.

Through Mindful Collaborative, we aim to continue developing regenerative materials, circular manufacturing systems, resilient community strategies, and nature-based infrastructure that strengthen ecological health while supporting community wellbeing.

Ultimately, our vision is to help create communities that function more like forests—resilient, interconnected, diverse, abundant, and regenerative by design.