Biomimicry

Purpose

Biomimicry invites teams to study how nature solves problems — self-cleaning surfaces (lotus leaf), shock absorption (woodpecker skull), efficient networks (slime mould) — and apply those principles to human design challenges. It produces solutions that are often more sustainable, resilient, and elegant than conventional engineering.

At a glance

• Group size: 4–10
• Duration: 35 minutes
• Difficulty: Moderate to high
• Facilitation style: Research-guided ideation
• Setting: Workshop room; access to reference material (books, internet) is essential

How to run

1. Define the function (5 min): Reframe your design challenge as a function: "How does nature [verb]?" E.g., "How does nature filter water?" or "How does nature distribute resources?"
2. Research natural models (10 min): In pairs, look up 2–3 organisms or ecosystems that perform this function. Use AskNature.org, biology references, or facilitator-prepared cards.
3. Extract principles (8 min): For each model, identify the underlying principle — not the surface feature. E.g., the lotus leaf’s micro-texture repels water, not "leaves are waterproof."
4. Translate to design (7 min): Apply the extracted principle to your challenge. Generate 2–3 concept sketches per group.
5. Present and evaluate (5 min): Each group shares their nature model and translated concept. Vote on the most viable.

Materials needed

• Biology reference cards or access to AskNature.org
• Sketch paper and markers
• "How does nature…?" prompt template
• Timer

Pitfalls & common mistakes

• Literal copying: Biomimicry is about principles, not shapes. A building should not literally look like a termite mound.
• Cherry-picking cute animals: Not every organism is relevant. Match the function, not the aesthetic.
• No biological grounding: Making up how nature works defeats the purpose. Verify claims.
• Stopping at "cool fact": The insight must be translated into a design concept to have value.

Inclusion & accessibility

• Provide illustrated reference cards for participants without biology backgrounds.
• Use video clips of natural phenomena for accessibility and engagement.
• Allow both sketching and verbal descriptions as valid output formats.

Variations

• Ecosystem-level biomimicry: Instead of one organism, study how an entire ecosystem manages a challenge (e.g., nutrient cycling in a forest).
• Biomimicry + rapid prototype: Follow the ideation with an immediate 15-minute prototype round.
• Biomimicry challenge cards: Pre-prepare 10 organism cards; teams draw randomly and must connect to the challenge.

When NOT to use this

• When the problem is purely social or organisational — nature analogies can be misleading for human systems.
• When time pressure is extreme and teams need convergence, not divergent exploration.
• When no reference material is available — uninformed biomimicry produces pseudo-science.

Source & further reading

• Benyus, Janine — *Biomimicry: Innovation Inspired by Nature* (William Morrow, 1997)
• AskNature.org — Biomimicry Institute’s open-source database
• Baumeister, Tocke, Dwyer, Ritter & Benyus — *Biomimicry Resource Handbook* (2014)