Creating a Better World Together: Financing and Building Regenerative Design
AIA's new report shows architects and policymakers how to fund, finance, and deliver regenerative projects that restore ecosystems and strengthen communities.

Getting regenerative projects built
AIA defines regenerative design as a holistic approach to enhancing and restoring buildings, communities, and nature. It integrates buildings within their natural and social environments to actively restore ecosystems, strengthen communities, and create a net-positive environmental impact.
Architects are leading project teams that put this approach into practice, and the funding and policy tools to support them are growing. This report gives architects a practical guide to assembling the right team, securing financing, and expanding their role on regenerative projects. It also gives policymakers a framework to help these projects reach the market at scale.
The report includes:
- An introduction to regenerative design and its roots in Indigenous and traditional building practices around the world.
- AIA’s Five Pillars of Regenerative Design, a framework for architects and policymakers.
- A how-to guide for assembling a project team, funding and financing a project, and expanding the architect’s core services.
- An overview of local, state, federal, and international policies and financing tools that make regenerative projects bankable.
- Six case studies that span project type, geography, climate zone, and culture.
- A Policy Action Framework and a Practice Action Agenda for advancing regenerative design.
AIA’s five pillars of regenerative design
Five interconnected pillars guide the practice of regenerative design:
- Whole systems thinking: Planet, ecosystems, and communities are interconnected.
- Optimize carrying capacity: Decisions align with a place’s ecological limits and opportunities.
- Spirit of place: Design emerges from ecological and cultural context.
- Active renewal: Design restores water cycles, enriches biodiversity, and generates more energy than it consumes.
- Design evolution: Design for adaptability so performance improves over time.