This presentation advocates for a shift in mindset. From designing objects to cultivating living systems. It explores how biomimicry, when grounded in place and informed by regenerative principles, enables planners, designers and developers to create environments that are efficient, resilient and deeply connected to their ecological and social contexts.
Biomimicry, defined as innovation inspired by nature, offers a powerful lens for addressing complex human challenges by emulating life’s time-tested strategies. Nature operates through interdependent systems and feedback loops, and regenerative practice mirrors this systems thinking—understanding wholes, parts, and relationships to generate enduring outcomes.
The Biomimicry Design Spiral provides a practical framework for applying these ideas, guiding teams through defining challenges, discovering biological models, abstracting principles, and emulating them in context. For instance, stormwater systems inspired by mangrove roots can slow and filter water while supporting biodiversity. This process fosters creative, nature-aligned problem solving that transcends sustainability toward regeneration.
Complementing this is the Three Lines of Work framework, adapted from Carol Sanford’s regenerative practice. It links personal purpose, organisational capability, and systemic impact, supporting transformation from the individual to the planetary scale. When applied together, these frameworks encourage designers to co-evolve with place—aligning projects with local climate, hydrology, flora, fauna, and culture.
Ultimately, this presentation examines the integration of biomimicry within place-centred regenerative design as a pathway to creating living systems in the built environment. We will examine real-world challenges using the six-step framework: Define, Bioligise, Discover, Abstract, Emulate and Evaluate. By drawing on nature’s four billion years of research and development, biomimicry offers a model for innovation that is inherently sustainable, adaptable and restorative. Its true potential lies in embedding this thinking within a regenerative systems framework that recognises the interconnectedness of life and the contextual uniqueness of place.