Molecular Gastronomy Exploration

Science & Technology Design — Year 7–9

Name:

Date:

Year Level:

Colourful molecular gastronomy dishes including fruit caviar and edible foam

🎯 WALT — We Are Learning To:

✅ Explain what molecular gastronomy means in simple words.

✅ Describe two ways molecular gastronomy helps make food more sustainable.

✅ Give an example of how molecular gastronomy changes the way we design food.

🌟 Success Criteria — I can:

⭐ Explain molecular gastronomy in my own words.

⭐ Name two ways it helps the environment or reduces food waste.

⭐ Describe or draw one example of molecular gastronomy in food design.

🔑 Key Words

Molecular Gastronomy — Using science to understand and change how food looks, feels, and tastes.

Sustainability — Making choices that are good for people and the planet now and in the future.

Preservation — Keeping food fresh for longer so less is wasted.

Food Design — Thinking creatively about how food looks, tastes, and is made.

📚 Part 1: Understanding Molecular Gastronomy

💡 Tip: Use the Key Words above to help you answer. You can also draw your answer or ask your teacher to record your spoken answer.

1. What is molecular gastronomy? Circle the BEST answer.

A type of diet that only uses natural ingredients.

Using science to understand how food's tiny parts (molecules) behave when cooking.

A style of cooking from France that uses lots of butter.

A machine used to measure food temperature.

2. Explain molecular gastronomy in your own words. (Sentence starter below 👇)

Sentence starter: "Molecular gastronomy is when chefs use science to..."

3. Which TWO of the following are examples of molecular gastronomy? Tick all correct answers.

Making fruit juice into tiny round balls that look like caviar.

Boiling pasta in a pot of water.

Turning liquid into an edible foam using science tools.

Making a cheese sandwich with bread and butter.

🌱 Part 2: Sustainability and Food Design

💡 Tip: Think about the words preservation and waste. You can draw your ideas in the boxes if writing is tricky.

4. Describe TWO ways molecular gastronomy helps make food more sustainable.

Sentence starter: "One way molecular gastronomy helps sustainability is..."

Way 1:

Way 2:

5. Give ONE example of how molecular gastronomy could change how we design food. You can write OR draw your answer below.

Sentence starter: "An example of molecular gastronomy changing food design is..."

6. How could making food last longer help communities and the environment? (Think about food waste and people who don't have enough food.)

Sentence starter: "If food lasts longer, it helps because..."

🧪 Part 3: Hands-On Activity Reflection

After watching or making the fruit caviar or jelly beads activity, answer the questions below. You can draw or write your answers.

7. What did you observe during the fruit caviar or jelly bead activity? Describe or draw what happened.

8. What science was happening when the liquid turned into small round balls?

The liquid froze because it was cold.

The liquid changed shape because of a chemical reaction between ingredients.

The liquid evaporated into the air.

Nothing scientific happened — it was just a trick.

9. How did this activity help you understand molecular gastronomy better? Write or draw your reflection.

Sentence starter: "This activity helped me understand that..."

10. Social Impact Reflection: How might these food science techniques affect people's health or the environment?

Sentence starter: "These food techniques could help people and the environment by..."

🚀 Extension: For Advanced Learners

Choose ONE or MORE of these challenges if you have finished and want to go further!

⭐ Extension 1: Research a famous chef who uses molecular gastronomy (e.g., Heston Blumenthal). Write 2–3 sentences about what makes their cooking special.

⭐ Extension 2: Do you think molecular gastronomy is always a good idea? Think about cost, access, and the environment. Write your opinion and give a reason.

Sentence starter: "I think molecular gastronomy is / is not always a good idea because..."

⭐ Extension 3: How could molecular gastronomy help solve food security problems around the world? Write or draw your idea below.