GLF Schools

GLF Schools

GLF Schools was founded in 2012 in order to enable the federation of Glyn School (an academy in 2011) and Danetree Junior School. Together, we began our journey to become a MAT of more than 1000 talented staff working with over 10,000 children in 40 schools across 5 regions in southern England.

Our Schools

Banbury Region

Banstead Region

Berkshire & Hampshire Region

Caterham Region

Crawley Region

Didcot Region

Epsom Region

London Boroughs

Redhill Region

Sunbury & Camberley Region

Wider Curriculum Y3 Autumn 1

 

How Can Data Help Us Understand the World Around Us?

Big Question:
Push or Pull? What’s the greatest force?


Overview

This term, Year 3 will explore forces and magnets and how they affect movement. Children will investigate friction, magnetic poles, and the properties of materials. They will apply this knowledge to design and make a magnet-powered car as a sustainable alternative to petrol and diesel vehicles.

Cars


What Will Children Learn?

  • Science:
    • Compare how things move on different surfaces.
    • Understand friction and magnetic forces.
    • Explore how magnets attract and repel.
  • Design & Technology:
    • Design and make a functional car prototype.
    • Learn about wheels, axles, and chassis construction.
  • Maths:
    • Collect and interpret data using tables and bar charts.

Key Experiences

✅ Wheels Day – testing friction on different surfaces
✅ Investigating magnetic poles and forces
✅ Designing and building a magnet-powered car


Why This Matters

This project links science and engineering to real-world sustainability issues, encouraging children to think about alternative energy sources and innovative design.

How You Can Support at Home

  • Talk about magnets and where they are used in everyday life.
  • Discuss how friction affects movement (e.g., riding a bike on grass vs pavement).
  • Encourage creative thinking about sustainable transport.

The Final Outcome

By the end of the term, children will:

  • Understand forces and magnets.
  • Design and build a magnet-powered car.
  • Use data to evaluate their design