Biomimetics: using Mother Nature as a source of inspiration
If you examine the history of humankind, you get the impression that there is no other species that can interact with its environment in such a creative and profound way. For thousands of years, humans have built temples, cities, roads, and impressive artefacts. Scientists have unravelled the secrets of the natural world piece by piece, and our modern society is unthinkable without this knowledge.
Like no other creatures, we are capable of seeing the difference between a situation as it is and a situation as it could be. This has led some to the illusion that we actually stand apart from nature. That this illusion can have disastrous consequences is evident. Just think of environmental pollution, overpopulation, and the undeniable climate change. Many call for a return to a more natural state. This doesn't mean we have to live in caves again. Rather, it is time to (re)use nature as a source of inspiration.
Biomimetic design in architecture
Do you know the differences between a suspension bridge and an arch bridge? The architects and scientists who once created them calculated that these structures are unparalleled in their ability to withstand enormous forces. If you look at biology, you'll see that the skeleton of an African elephant is built like a suspension bridge and that of an Indian elephant like an arch bridge. Many of our inventions appear to be unconsciously based on structures that have existed in the natural world for millions of years.
Architects can leave it at these coincidences, but if they are wise, they will find many more examples in biology of easily applicable solutions to concrete problems. Termites have coincidentally invented highly efficient forms of air conditioning for their underground metropolises, which we can benefit from. Anyone who wants to save on material costs but doesn't want to compromise on the stability of a construction can learn from the honeycomb — a marvel of lightweight strength.
For more than 150 million years, they have been demonstrating what evolution is capable of. It is therefore no wonder that biomimetics or biomimicry, the imitation of natural structures or processes, has grown into a fully-fledged and promising science.
Biomimetic product development
Can you imagine? In space travel, it is crucial that satellites, spacecraft, and space stations are perfectly aligned. When a spacecraft wants to dock, this happens at extremely high speeds by earthly standards. Is it then strange that NASA spent a great deal of time studying insect jaws and the hinged functions of their various components?
The field of robotics is also unthinkable without natural examples. Like insects, robots have a hard external structure. Like insects, modern robots must be able to react quickly and perform their functions reliably and stably. Engineers have learned much from the locomotion system of the cockroach and the lever function of insect jaws, which can lift multiples of their own body weight.
Through developments in materials technology, much more is possible today. This also makes biomimetic design much easier. Consider, for example, the possibilities of spider silk. This material is stronger than steel and remarkably resilient. The rough skin of a shark is designed in such a way that it barely experiences water resistance. Ships built from practically resistance-free material would consume significantly less fuel.
Biomimetics at the smallest level
Even at the very smallest level, biology can open doors that would otherwise remain closed. You have undoubtedly heard of the enormous progress made in the field of molecular genetics. To manipulate DNA, scientists need precision equipment. This equipment has existed for billions of years at the molecular level. Without restriction enzymes, which bacteria use to neutralise virus infections, we would never have been able to cut DNA fragments at the right places.
The revolutionary CRISPR-CAS9 system, with which hereditary diseases may become a thing of the past, also belongs to the natural standard repertoire of many bacteria. In a world with a rapidly changing climate, society demands creative solutions. Summers in our regions are expected to become drier and hotter. By combining genetic technology and biomimetic design, we may be able to develop drought-resistant crops that safeguard our food supply.
Organisations as living ecosystems
How do you view your current organisation and the society in which it operates? In the worst case, human societies can be compared to a swarm of locusts or army ants. Pure exploitation of everything they encounter along the way. But here lies the true power of biomimetics — not just in natural architecture or technology, but in how we run our organisations.
A natural ecosystem doesn't merely serve its members. It continuously generates new life, protects itself against storms, and maintains its vitality through constant renewal. This is regeneration, not merely sustainability. The power of an ecosystem lies in its cross-connections, the interrelationships. Every component and every person in your organisation has their own goals, priorities, and talents, just like organisms in a biological ecosystem. By placing them in a stimulating environment, these components can flourish and make their unique contribution.
By evaluating people and departments not only on hard numerical targets, but also rewarding the degree of cooperation and synergy, you steer your organisation towards purpose, sustainability, and true regeneration. You will notice that loyalty and engagement increase because your employees feel much more valued. There is a good chance that far more creative solutions will come from the work floor than from the boardroom. This creates a win-win situation that benefits not only your organisation, but also your employees, your customers, and the broader society.
From insight to action
Biomimetic thinking teaches us that nature is not just sustainable — it is fundamentally regenerative. It works with scarcity, creates from waste, and continuously brings forth new life. If our organisations and economies adopted this principle, we would build organisations that don't merely limit damage, but are truly generative: nourishment for people, community, and planet.
Discover regenerative organisation building
Biomimetics shows us that nature knows best. But how do you put this insight into practice in your organisation?
- Learn to design systematically with the Value Canvas — a tool to redefine and measure value
- Take the workshop How do I build a regenerative organisation? to apply ecosystem thinking in your own context