Learning Outcomes

Students will be able to:

KNOWLEDGE & UNDERSTANDING:

• Explain why food is important for health and the planet.
• Describe different ways food is grown (traditional vs. high-tech).
• Recognize that some foods (like insects or algae) might be common in the future.

SKILLS & ABILITIES:

• Research simple information about food technology.
• Communicate ideas by drawing and designing menus.
• Work collaboratively to share new concepts.

ATTITUDES & VALUES:

• Show curiosity about innovation.
• Think responsibly about food waste and the environment.
• Respect cultural diversity in food choices.

European Dimension / Erasmus+ Connection

• EU Values: Recognizing solidarity and sustainability as core European goals.
• Cultural Diversity: Respecting different food traditions while exploring new global solutions.
• Active Citizenship: Promoting environmental awareness and responsible consumption.

1. Resources and Tools

Research Sites (Teacher Guided):

• FAO & National Geographic: For info on sustainable agriculture.
• BBC Future - Food: Articles on new trends.
• Our World in Data: Statistics on food production.

Materials:

• Tablets/Computers for research.
• Art supplies (paper, colored pencils, markers) for menu design.
• Projector for sharing videos/images.

Useful Links:

• Future Food video prompt
• Video on food innovation
• Video on future food technologies
• Video on alternative foods
• Video on sustainable food systems
• FAO
• Our World in Data: Food
• BBC Future: Food
• National Geographic: Future of Food
• ScienceDirect: Food Science and Technology
• World Resources Institute: Food

Classroom Support Materials:

• Prepare a printed or shared worksheet for the research phase and a timer to keep group work on track.
• Use Canva or Book Creator for the future-menu output and Padlet for sharing results or reflections.
• Include a checklist for the menu task plus peer-evaluation and teacher-rubric forms, optionally in Google Forms.
• If working with partner schools, use eTwinning or TwinSpace to exchange menu ideas internationally.

2. Working Methods

• Inquiry-Based Learning: Researching "strange" future foods.
• Design Thinking: Creating a menu for a specific future scenario.
• Group Discussion: Debating the pros and cons of new food technologies.

Activity Overview

3. Introduction and Motivation

The Hook: Empty Supermarkets?

Discussion: "What did you eat yesterday? Where did it come from?"

The Challenge: "Imagine it is the year 2050. There are more people on Earth, but less land to grow crops. What will we eat?"

Visuals: Teacher shows images of "Strange Foods" (Cricket flour, Algae burgers, Vertical farms).

4. Research and Learning

Activity 1: Strange Food of the Future

Students work in small groups. Each group becomes an expert on one topic:

• Group A: Edible Insects (Protein power!).
• Group B: Vertical Farming (Growing plants in skyscrapers).
• Group C: Lab-Grown Meat (Meat without animals).
• Group D: 3D Printed Food (Custom shapes).

Task: Find 3 cool facts and 1 benefit for the planet. Share with the class.

5. Creative Application

Activity 2: My Futuristic Menu

Task: Design a restaurant menu for the year 2050.

Requirements:

• Must be healthy.
• Must use sustainable ingredients (e.g., "Algae Smoothie" instead of "Steak").
• Must look delicious! (Drawings/Collage).

Presentation: Teams present their menu to the "Food Critics" (the rest of the class).

6. Reflection and Evaluation

Activity 3: Final Reflection

• Self-Evaluation: Students complete the reflection form (Att 4.1.1).
• Discussion: "Which future food would you try? Which one would you never eat?"
• Teacher Rubric: Assessment of teamwork and creativity.