See how biomimicry inspires innovative and sustainable solutions in architecture, design, and art, integrating technology and nature
Submitted at Apr 24, 2026, 4:00 PM
Biomimética na prática: da complexidade dos corais marinhos nascem formas arquitetônicas inovadoras, que unem natureza, design e sustentabilidade. (Chrys Hadrian/Divulgação)
Nature has always been an inexhaustible source of inspiration for humanity. From the earliest constructions to everyday objects, many elements were conceived from observing the natural world. In this context, biomimicry emerges as an innovative approach that goes beyond mere aesthetic inspiration: it seeks to learn from nature’s processes, forms, and systems to create more efficient, sustainable, and intelligent solutions.
A natureza como musa: na biomimética, formas orgânicas e padrões naturais inspiram obras que conectam estética, ciência e sensibilidade. (Chrys Hadrian/Divulgação)
Applied in fields such as architecture, design, and art, biomimicry proposes a shift in perspective — instead of dominating nature, humans learn from it. The result is projects that balance technology, functionality, and respect for projects. Below, learn more about the concept and how it manifests across different creative fields.
Biomimicry is a discipline that studies nature’s models with the aim of imitating or adapting them to solve human problems. The term comes from the Greek bios (life) and mimesis (imitation), that is, it literally means “to imitate life.”
No design, a biomimética transforma soluções naturais em objetos funcionais, unindo estética, ergonomia e inovação no dia a dia. (Chrys Hadrian/Divulgação)
More than copying natural forms, biomimicry involves understanding how nature works — its systems, structures, and survival strategies — and applying these principles in innovative projects. This approach stands out for promoting more efficient and sustainable solutions, since nature, over billions of years, has developed highly optimized systems.
In architecture, biomimicry has been used to create buildings that are more sustainable and adapted to projects. Nature-inspired projects can improve ventilation, thermal comfort, and even the energy efficiency of buildings.
Inspirado nos cupinzeiros, o Eastgate Centre, no Zimbábue, utiliza ventilação natural para regular a temperatura interna, reduzindo o consumo de energia e se tornando um ícone da biomimética na arquitetura. (Arup/Divulgação)
A famous example is the Eastgate Centre in Zimbabwe, inspired by termite mounds. These insects build structures capable of keeping the internal temperature stable, even with extreme external fluctuations. The building replicates this natural ventilation system, drastically reducing the use of air conditioning.
A arquitetura de Santiago Calatrava traduz movimento e leveza por meio de formas inspiradas em ossos, asas e estruturas naturais, aproximando engenharia, escultura e princípios da biomimética. (Reprodução/Divulgação)
Another interesting case is the work of architect Santiago Calatrava, known for his structures that resemble skeletons, wings, and organic forms. His projects demonstrate how nature can influence both the aesthetics and the engineering of a work.
In design, biomimicry is widely applied to the development of more functional and innovative products. Designers observe natural characteristics to create objects with better performance, ergonomics, and durability.
Inspirado no bico do martim-pescador, o trem-bala japonês ganhou um design mais aerodinâmico, reduzindo o ruído e aumentando a eficiência — um exemplo clássico de biomimética no transporte. (iStock/Divulgação)
One example is the Japanese bullet train, whose front was redesigned based on the kingfisher’s beak, reducing noise and increasing aerodynamic efficiency. Another case is self-cleaning surfaces inspired by lotus leaves, which repel water and dirt.
In art, biomimicry manifests itself in both aesthetics and concepts. Artists use organic forms, natural patterns, and biological processes to create works that dialogue with nature.
As torres da Sagrada Família, projetadas por Antoni Gaudí, revelam formas inspiradas na natureza, com estruturas orgânicas que antecipam princípios da biomimética na arquitetura. (Mireia Garcia Bermejo/Wikimedia Commons/Divulgação)
The influence can be seen in sculptures that reproduce cellular structures, installations that simulate ecosystems, and works that explore fractal patterns. A relevant name in this field is Antoni Gaudí, whose work blends art and architecture with strong inspiration from natural forms such as trees, bones, and waves.
"Art Forms in Nature”, de Ernst Haeckel, revela a beleza e a complexidade das formas naturais que até hoje inspiram a biomimética na arte, no design e na arquitetura. (Divulgação/Divulgação)
Another fundamental name in this dialogue between nature and creation is Ernst Haeckel. His scientific illustrations, collected in the work Art Forms in Nature, reveal the aesthetic complexity of microscopic organisms, plants, and marine animals. The patterns, symmetries, and organic structures recorded by the artist became an important source of inspiration not only for art, but also for design and architecture, anticipating concepts that today are widely explored by biomimicry in different creative strands.
O coroamento do arranha-céu no complexo Georgia & Abbott abriga um grande espaço envidraçado com vegetação, pensado como um refúgio urbano com vistas abertas sobre Vancouver. (Henriquez Partners Architects/Divulgação)
The application of biomimicry brings several benefits, especially in a context where sustainability and innovation are essential. Among the main ones, the highlights are:
Energy efficiency: nature-inspired solutions tend to consume fewer resources
Sustainability: use of materials and processes that are less harmful to projects
Innovation: new ways of solving complex problems
Integration with the surroundings: projects that are more harmonious with natural projects
By observing how nature solves challenges, it is possible to create smarter and more adaptable solutions.
Biomimicry has great potential to transform the future of cities. With urban growth and environmental challenges, architects and urban planners seek more sustainable alternatives to plan urban spaces.
As estruturas do Gardens by the Bay reinterpretam árvores de forma tecnológica, integrando captação de energia, ventilação e sustentabilidade — um ícone contemporâneo da biomimética na arquitetura. (Bruno Miguel/Divulgação)
Cities inspired by nature can feature drainage systems that mimic rivers, buildings that behave like living organisms, and ecosystem-based infrastructure. This concept, known as “bioinspired cities,” proposes more resilient, efficient, and pleasant projects for inhabitants.
Moreover, biomimicry can help reduce environmental impacts, improve quality of life, and create spaces more connected with the natural projects.
