3.8 Billion Years of Design Intelligence - Why the future of design begins by learning from living systems

Biophilic Design and biomimicry are often discussed as separate disciplines, yet they are deeply complementary. Biophilic Design reconnects people with nature, creating healthier places that nurture wellbeing and strengthen our relationship with the living world. Biomimicry asks a different, but equally important question: how can nature’s 3.8 billion years of evolution teach us to solve human challenges?

Together they offer a blueprint for creating buildings, products and systems that help all life flourish.

While architecture often looks inward for innovation, one of the most fascinating lessons for the built environment is currently emerging from an unexpected place: fashion.

Amanda Sturgeon, CEO of the Biomimicry Institute, has been leading the Institute’s Nature of Fashion initiative, exploring how lessons from natural decomposition could help address one of the world’s fastest-growing environmental challenges—textile waste. Working alongside partners including The Or Foundation in Ghana, Circle Economy in the Netherlands and the Beneficial Design Institute in Germany, the project asks a deceptively simple question: what if the materials we create behaved more like nature?

Nature, after all, has no landfill.

Every leaf, feather, branch and shell eventually becomes food for something else. Waste is simply another stage in a continuous cycle of regeneration. Human-made materials, however, often have no such ending. Polyester, nylon and complex blended fabrics can persist for decades or centuries, creating pollution long after their useful life has ended.

The Nature of Fashion project is investigating whether biological processes such as fermentation and enzymatic decomposition could safely break down difficult textile waste into valuable raw materials that can be returned to production systems rather than discarded. It is a striking example of biomimicry in action—not simply copying nature’s appearance, but learning from nature’s processes.

As Amanda explains, “Nature has been learning how to do things for 3.8 billion years.”

For those of us working in architecture, interiors and product design, this conversation feels remarkably familiar. The built environment has become increasingly focused on operational carbon, embodied carbon and material passports. Yet Amanda highlights another important consideration: designing for the entire lifecycle of a product or building from the very beginning.

As she observes, “The implications of the things we consume an