🌳 MASTERCLASS 🤖

COPY NATURE

A 90-Minute Workshop on Stealing Ideas

from Earth's 3.8 Billion Year R&D Department

⏱️ 90 minutes | 🎯 4 activities | 🧠 0 prior knowledge needed | 😂 Several bad puns

😏 "We've spent 200 years trying to outsmart nature. Turns out she's been acing the test for 3.8 billion years and we never thought to look at her notes."

✅ You'll Learn:• The 6-step process to copy nature • How to 'biologize' any problem • AI tools that translate biology → engineering • One conversion you can start tomorrow	❌ You Won't Need:• A biology degree • Engineering expertise • Previous AI experience • Permission from the termites

Facilitator Guide + Participant Worksheets Included

Workshop Agenda

Time	Section	Format
0:00-0:10	🎬 The Pitch: Why Copy Nature?	Presentation + Video
0:10-0:25	🔄 The Spiral: 6 Steps to Steal Ideas	Interactive Demo
0:25-0:40	🎯 Activity 1: Biologize Your Problem	Individual + Pairs
0:40-0:55	🤖 AI Translation Tools Demo	Live Demo
0:55-1:10	🎯 Activity 2: Nature Speed Dating	Group Activity
1:10-1:25	🎯 Activity 3: Design Your Emulation	Team Challenge
1:25-1:30	🚀 Your Homework: 30-Day Conversion	Wrap-up

💡 Materials Needed • Sticky notes (3 colors) • Markers • Phones/laptops for AI demo • Timer • Prizes for best design (optional but fun)

Section 1: The Pitch (10 min)

Why Copy a Forest?

Open with this mind-bender:

The Amazon rainforest: • Produces zero waste • Runs entirely on solar • Recycles 75% of its water internally • Houses 10% of Earth's species • Has been operating for 55 million years • Has a maintenance budget of $0

😏 Meanwhile, our cities can't go 3 days without a garbage truck or everything falls apart.

Key talking points:

• Nature has been solving problems for 3.8 BILLION years

• Every organism alive today is a success story—it figured out how to survive

• We've been reinventing wheels that evolution perfected eons ago

• Now AI can translate biology into engineering specs—the library is finally searchable

💡 Show This Example Eastgate Centre in Zimbabwe: Copied termite mounds → 90% less energy than conventional buildings → $3.5M saved → All because someone asked 'how do termites keep their homes cool?'

Section 2: The Spiral (15 min)

6 Steps to Steal Ideas from Nature

Walk through each step with a running example (cooling a building):

Step	What You Do	Example
1. DEFINE	State your human problem clearly	"I need to cool a building cheaply"
2. BIOLOGIZE	Reframe as a function nature performs	"How does nature regulate temperature?"
3. DISCOVER	Find organisms that do this	Termites, elephants, cacti, desert beetles...
4. ABSTRACT	Extract the underlying principle	Termites use thermal mass + convection chimneys
5. EMULATE	Apply principle to your design	Concrete mass + natural ventilation shafts
6. EVALUATE	Test: Does it create conditions for life?	Less energy, healthier air, lower cost? ✓

😏 Step 2 is where the magic happens. You're basically becoming nature's therapist: 'So tell me, how do YOU deal with extreme heat?'

The Golden Rule of Biologizing

❌ DON'T ask about THINGS:• "Design me an air conditioner" • "I need a stronger material" • "Build me a water filter"	✅ DO ask about FUNCTIONS:• "How does nature regulate temperature?" • "How does nature protect from impact?" • "How does nature purify water?"

Activity 1: Biologize Your Problem (15 min)

🎯 ACTIVITY: BIOLOGIZE THIS! (15 minutes) Part A (5 min): Write down ONE real problem you face in your work or life. Part B (5 min): Rewrite it as a FUNCTION question starting with 'How does nature...?' Part C (5 min): Pair up and help each other refine. The more specific the function, the better!

Example Transformations:

😐 Original Problem	🌳 Biologized Version
My office is too hot in summer	How does nature cool spaces without energy?
Our packaging creates too much waste	How does nature package things that biodegrade?
Traffic is gridlocked at rush hour	How does nature move large groups efficiently?
Our team has communication silos	How does nature share information across a system?
My lawn needs constant watering	How do ecosystems retain water naturally?
My roof leaks during storms	How does nature shed water while staying intact?

😏 If participants are stuck: 'Pretend you're explaining your problem to a very smart mushroom. The mushroom doesn't know what a 'server' is, but it definitely knows how to distribute nutrients.'

Section 3: AI Demo (15 min)

Live Demo: AskNature Chat

Go to asknature.org/asknature-chat and demonstrate with a participant's biologized question.

💡 Demo Script

1. Take one participant's 'biologized' question from Activity 1 2. Type it into AskNature Chat 3. Show how it returns biological strategies with mechanisms 4. Pick one strategy and show how to extract the principle 5. Sketch how you'd apply it to the original problem

Other AI Tools to Mention:

• AskNature.org - 1,800+ biological strategies, free

• Biomimicry Taxonomy - 160 functions searchable by what organisms DO

• ChatGPT/Claude - Ask 'What organisms solve [function]?' + 'What's the mechanism?'

• Autodesk Generative Design - Uses slime mold + bone growth algorithms

😏 'Yes, there's an AI that thinks like a slime mold. And before you laugh—slime molds have solved mazes and recreated the Tokyo rail system. They're literally better urban planners than us.'

Activity 2: Nature Speed Dating (15 min)

🎯 ACTIVITY: NATURE SPEED DATING (15 minutes) Setup: Give each table a different 'organism card' (below). They become experts on that organism. Round 1 (3 min): Learn your organism's superpowers Round 2 (3 min each x 3): Tables rotate. You have 3 minutes to 'pitch' how your organism could solve another table's problem. Vote: Best cross-pollination wins a prize!

Organism Cards (Print & Cut):

🐜 LEAFCUTTER ANTSSuperpowers: Grow their own food (fungus farms), climate-controlled underground cities, no boss but perfect coordination, recycle all waste	🦎 NAMIBIAN BEETLESuperpowers: Harvests water from fog in the desert using bumpy shell texture, drinks from thin air, no plumbing needed	🍄 MYCORRHIZAL FUNGISuperpowers: The 'wood wide web' - connects 90% of plants, shares nutrients and warnings, been networking for 450M years
🐋 HUMPBACK WHALESuperpowers: Flipper bumps (tubercles) increase efficiency 32%, reduce drag, inspired better wind turbines	🦴 YOUR BONESSuperpowers: Self-healing, constantly remodeling, strong but lightweight lattice structure, gets stronger under stress	🌿 MANGROVE FORESTSuperpowers: Filters salt water, prevents erosion, nursery for 75% of tropical fish, stores 5x more carbon than forests

Activity 3: Design Your Emulation (15 min)

🎯 ACTIVITY: DESIGN CHALLENGE (15 minutes) Teams of 3-4. Using your biologized problem + what you learned from nature speed dating: 1. Pick ONE biological principle to emulate (3 min) 2. Sketch a rough design or process that applies it (7 min) 3. Prepare a 60-second pitch (5 min) Judging criteria: Creativity, feasibility, and how well it captures nature's principle

Pitch Template:

"Our problem is _________________ [human challenge] We learned that _________________ [organism] solves this by _________________ The key principle is _________________ So we designed _________________ which applies this by _________________"

😏 Remind teams: 'You're not trying to build a termite. You're trying to think like one. The termite doesn't have an engineering degree either, and look what it built.'

Wrap-Up: Your 30-Day Challenge (5 min)

End with ONE concrete action each participant will take:

🌱 YOUR 30-DAY CONVERSION CHALLENGE 🌱 Week 1: Pick ONE thing you control (a lawn, a process, a product, a space) Week 2: Research how nature does that function (use AskNature) Week 3: Design your emulation Week 4: Test a small pilot and measure results

Quick Win Ideas:

• LAWN → MEADOW: Stop mowing one section. Add native seeds.

• PARKING LOT → SPONGE: Replace one section with permeable pavers.

• COOLING → SHADING: Plant trees before buying more AC.

• WASTE → COMPOST: One bin. One month. See what happens.

"The answers are literally all around us. We just need to learn nature's language." — Janine Benyus

😏 Final thought: 'Nature's been acing the sustainability test for 3.8 billion years. We've been taking the same test for 200 years and we're still guessing. Maybe it's time to look at her answer sheet.'

🌳 Start copying. Nature's been waiting. 🤖

Workshop by 2050planet.com