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To start learning about biomimicry, use the Biomimicry Institute’s free Biomimicry Toolbox to understand the method, then use AskNature to find biological strategies you can translate into a design idea. The practical sequence is to define a human challenge, reframe it in biological terms, discover how life addresses a comparable function, abstract the mechanism, develop a concept, and evaluate it. The steps are iterative: you can return to earlier ones as your understanding changes.
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What biomimicry means
Biomimicry is the deliberate practice of learning from life’s strategies and applying those lessons to human design. Janine Benyus, co-founder of the Biomimicry Institute, biologist, and author, defined it as “the conscious emulation of life’s genius.” The Institute’s Toolbox introduction explains “conscious” as intentional and “emulation” as learning from living things and applying what you learn to human challenges.
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Biomimicry is related to bio-inspired design, but the latter is a broader umbrella. A design can take inspiration from biology without following biomimicry’s deliberate process of learning from life’s strategies. The Institute summarizes its approach as “the practice of applying lessons from nature to the invention of healthier, more sustainable technologies for people.”
Start with a real design challenge
The most useful beginner habit is to start with a function or need—not with an organism you happen to find interesting. Beginning with “How does a gecko stick to a wall?” can lead to a narrow search for a similar-looking product. Beginning with a real challenge, such as attaching a surface without conventional glue, gives you criteria for deciding whether a biological strategy is relevant.
- Orient yourself. Read the free Biomimicry Toolbox for a working definition and a guide to the method. It is designed for individuals, teams, and courses.
- Define the challenge. State the intended impact, the function you need, and the criteria and constraints that will determine success. Be specific about context: where, when, and under what conditions must the design work?
- Biologize the question. Reframe the function and context in terms of what living systems do. For example, ask how organisms attach to surfaces rather than searching only for a biological object that resembles a fastener.
- Explore nature. Search AskNature for organisms, ecosystems, and strategies related to the function. Its strategy pages describe what a living system does and how that strategy works.
- Translate and test. Abstract the relevant mechanism into a non-biological design strategy, use it to generate concepts, and evaluate those concepts against the challenge. Revisit the question or search if the strategy does not fit.
Use the Biomimicry Design Spiral
The Biomimicry Institute’s Design Spiral names six steps. Treat them as a practical sequence for getting started, not a one-way checklist: teams may move back and forth or repeat steps when new information challenges an earlier assumption.
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- Biologize: Identify essential functions and context, then express the question in biological terms.
- Discover: Find natural models addressing related functions and contexts, and identify the strategies that support their survival and success.
- Abstract: Identify the essential features or mechanisms and restate them as non-biological design strategies.
- Emulate: Look for patterns among strategies and develop design concepts from their key lessons.
- Evaluate: Assess performance against the challenge criteria and constraints, fit with Earth’s systems, and technical and business-model feasibility; refine the concept or revisit earlier steps as needed.
Evaluate more than whether the idea works
A nature-inspired concept is not automatically sustainable. Evaluation has two connected questions: does the idea meet the original challenge, and can it fit within Earth’s systems? A concept that performs well on one criterion may still fail another, or prove technically or commercially infeasible. Keep the criteria from the Define step visible as you compare ideas, and treat evaluation as a reason to improve the concept or return to an earlier step—not simply as a final pass or fail.
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Choose a learning resource by age and depth
AskNature’s educator directory organizes materials by grade band and format. The examples below range from brief introductions to longer curricula; times and lesson counts describe those particular resources, not a standard length for learning biomimicry.
| Audience | Example resource | Format and stated commitment | What it offers |
|---|---|---|---|
| Ages 3–11 / Pre-K–5 | “Hooked on You!” | Classroom activity; duration not stated in the directory | Uses Velcro to introduce biomimicry to younger learners. |
| Ages 3–11 / Pre-K–5 | Ask the Planet | Children’s music and teaching guides; duration not stated | Introduces nature-related learning through music and educator materials. |
| Grades 3–5 | “Introducing Biomimicry in Grades 3–5” | Activities; duration not stated | Connects biomimicry activities with science and engineering design standards. |
| Grades 3–5 | “Biomimicry: Natural Designs,” University of Colorado Boulder | 50-minute introduction and brainstorming activity | Provides a short introduction and idea-generation exercise. |
| Grades 6–8 | “We Are Not Alone” | 10–20 minute exercise | Compares functions performed by a building and a tree. |
| Grades 6–8 | Engineering is Elementary unit | Eight-hour unit | Students design bio-inspired bags. |
| Grades 9–12 | Biomimicry Institute and EcoRise curriculum | 22 lessons | Explores biomimicry through biology, chemistry, and physics. |
| High school through university | Janine Benyus’s “A Biomimicry Primer” | Eight-page primer | A compact introduction for older students and university readers. |
| Middle- and high-school teams | Youth Design Challenge | Teacher-guided, project-based challenge; duration not stated | Lets students learn by working through a design project. |
The directory also lists books, articles, videos, activities, and curricula. Resource details and access can change, so check the live educator directory for the current listing that suits your group.
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A simple first exercise
Try a small challenge that has observable criteria, such as reducing how much water runs off a surface. Define what “better” means for your project before searching—such as directing water to a collection point or slowing its flow—then biologize the function: how do living systems manage, channel, or retain water in a comparable context?
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- Choose a strategy you can explain: what does the organism or ecosystem do, and what mechanism makes it work?
- Abstract that mechanism without copying the organism’s appearance. Write it as a design principle you could apply to a non-living material or system.
- Generate a concept and compare it with your original criteria and constraints.
- Consider whether the concept fits Earth’s systems as well as whether it performs the function; if it does not, revise the concept or return to the search.
This exercise is a way to practise the method, not evidence that the resulting idea will be effective or sustainable. Those conclusions depend on testing the specific design against its context and criteria.
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Where to go next
For independent study, begin with the Toolbox and follow its Design Spiral while exploring AskNature. For a classroom, choose a resource in the educator directory that matches students’ ages and available time; for a longer student project, the Institute’s FAQ points educators to the teacher-guided Youth Design Challenge. Janine Benyus’s book Biomimicry: Innovation Inspired by Nature is another route into the subject, while the free Toolbox remains the most direct starting guide.
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