Design Technologies - Future Farm Challenge: Lesson Plans (10 Lessons) + 1 Summative Assessment Task + FREE Student Design Portfolio Workbook (Year 6)

How do you combine Electrical Engineering, Sustainability and Agriculture into one engaging project? Transform your Year 5 and 6 Design Technologies lessons with this cutting-edge STEM unit that challenges students to build the farm of the future!

Step into the lab of "The Future Farm Challenge," a comprehensive Design Technologies unit designed to save you time and turn your classroom into an agri-tech innovation hub. This unit applies the Design Thinking process to the real-world problem of urban food security, blending the science of "Managed Environments and Circuits" with the creativity of "Prototype Construction", while connecting to essential lessons about healthy eating and sustainability.

Packed with "material testing labs," "circuit building" workshops and "vertical farming" research, this unit will transform your students from passive learners into active innovators as Agri-Tech Engineers, Systems Designers and Sustainable Problem Solvers.

What's Inside?

This comprehensive unit is meticulously planned to cover the Year 5 & 6 Design Technologies curriculum (specifically AC9TDE6K01 to AC9TDE6P05) with hands-on engagement. You will find:

• 10 Engaging Lesson Plans: Guide your students through the complete engineering design process. From investigating 'Food Miles' and exploring 'Vertical Farms', to analysing 'Competing Factors' (cost vs. sustainability), building 'Electrical Circuits' (LED grow lights) and constructing their own 'Smart Micro-Garden'.
• Curriculum Aligned: This unit supports key learning objectives for Years 5-6. It covers Engineering Principles and Systems (energy transformation), Food and Fibre Production (managed environments) and Materials and Technologies Specialisations.
• Play-Based & Experiential Learning: Foster genuine understanding with interactive activities. Imagine your students rotating through 'Investigation Stations' on hydroponics, conducting 'Fair Tests' on materials for strength and waterproofing, building real 'LED Circuits' and constructing complex prototypes using recycled materials.
• Built-in Assessment & Differentiation: Effortlessly monitor student progress. The unit includes formative tasks like the 'Iteration Log' and 'Troubleshooting Guide' and summative tasks like the 'Final Design Portfolio'. It offers extension tasks for students to design 'Marketing Campaigns' or write 'Care Manuals'.
• Real-World Skills: Help students connect tech theory to future careers. Activities encourage them to think like professionals, exploring roles like Agricultural Scientists, Robotics Engineers and Logistics Managers while learning to troubleshoot systems and balance design constraints.

Summative Assessment Task:

Conclude the unit with the "Future Farm Design Portfolio." In this comprehensive assessment, students compile their "Engineering Logbook," which includes their problem definition, material testing data, circuit diagrams and a Final Reflection where they evaluate their success against negotiated criteria and propose future improvements.

Cover Your Term of Design Tech!

This unit is designed to bridge the gap between biological science and technical engineering. Provide your students with high-quality, scaffolded lessons that turn complex concepts like energy transformation and food security into tangible, working prototypes. Stop the endless search for engaging STEM resources and reclaim your time.

Download "The Future Farm Challenge" today and grow the next generation of innovators!