Covers: Activity Resources Relation to National Curriculum Downloads
Activity One - Classifying And Comparing Bridges

Activity 1

Classifying And Comparing Bridges
Activity Two - Local Bridge Observation

Activity 2

Local Bridge Observation
Activity Three - Investigating Bridge Shapes

Activity 3

Investigating Bridge Shapes
Activity Four - Investigating Suspension Bridges

Activity 4

Investigating Suspension Bridges
Activity Five - Spaghetti And Marshmallow Bridge

Activity 5

Spaghetti And Marshmallow Bridge
Activity Six - Design And Build A Bridge

Activity 6

Design And Build A Bridge
Activity Seven - Isambard Kingdom Brunel Timeline

Activity 7

Isambard Kingdom Brunel Timeline

Building Bridges Activities

Activity 1 - Classifying And Comparing Bridges

Activity 1

Classifying And Comparing Bridges

Hands-On Activities:
Activity 2 - Local Bridge Observation

Activity 2

Local Bridge Observation

Hands-On Activities:
Activity 3 - Investigating Bridge Shapes

Activity 3

Investigating Bridge Shapes

Hands-On Activities:
Activity 4 - Investigating Suspension Bridges

Activity 4

Investigating Suspension Bridges

Hands-On Activities:
Activity 5 - Spaghetti And Marshmallow Bridge

Activity 5

Spaghetti And Marshmallow Bridge

Hands-On Activities:
Activity 6 - Design And Build A Bridge

Activity 6

Design And Build A Bridge

Hands-On Activities:

Key Stage 2 Building Bridges Science Curriculum Activities

Welcome to Hands-On Education, where we are excited to share some engaging activities that will help upper key stage students learn about the science of building bridges. These activities are designed to provide students with the opportunity to record data, investigate different bridge shapes, and learn about the mechanics of suspension bridges.

To begin, students can explore different bridge shapes and test which shape is the strongest. This activity will allow them to engage in a comparative and fair test, while also learning about the importance of data recording and analysis. From there, students can move on to a suspension bridge investigation, where they will learn about the mechanics behind this type of bridge and how it works.

Throughout these activities, students will have the opportunity to create bar and line graphs to present their findings. This will help them to better understand how to analyse and present data in a visually engaging way. Additionally, they will learn about the concept of apparent movement and how it can impact the perception of a bridge's stability.

At the end of these activities, students will have the opportunity to draw conclusions about the science behind building bridges and answer questions about their findings. We hope that these activities provide a fun and informative way for students to learn about the fundamental principles of bridge building. Thank you for choosing Hands-On Education as your resource for engaging and informative activities for primary school teachers and home educators.

Hands-On Education offers some exciting activities for upper key stage students to learn about the science of building bridges. These activities will help students understand the mechanics of suspension bridges, investigate different bridge shapes, and record data.

The first activity involves testing different bridge shapes to determine which one is the strongest. Students will learn about the importance of data recording and analysis to make a fair comparison. They will then move on to the suspension bridge investigation to learn about the mechanics that make it work.

Throughout these activities, students will be creating bar and line graphs to present their findings. This will help them understand how to analyse and present data visually in an engaging way. They will also learn about the concept of apparent movement and how it affects the perception of a bridge's stability.

By the end of these activities, students will be able to draw conclusions about the science behind building bridges and answer questions about their findings. We hope that these activities provide a fun and informative way for students to learn about the fundamental principles of bridge building. Thank you for choosing Hands-On Education as your resource for engaging and informative activities for primary school teachers and home educators.

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