‘Plan your telescope’s launch carefully, so that it reaches its destination’

In this chapter students think about the programming challenges involved in deploying a space telescope, including:

• coding a series of commands to navigate it
• encrypting and decrypting messages
• ...

‘Get started by learning about the pioneering astronomers of the past’

In this introduction chapter students describe what they would like to be to discover in the universe, and then do a series of related activities including:

• plotting a constellation,
• creating a map our Solar System...

‘Share your amazing discoveries with your fellow Earthlings, through words and images’

In this concluding chapter students are encouraged to summarise their findings from the other five chapters, by writing and illustrating a newspaper article and by creating a visual dictionary of the new scientific...

‘Build a space telescope big enough to capture light from distant stars’

In this chapter, students think about the designs for a space telescope including:

• designing a suitable mirror
• devising a method of keeping the telescope cool
• designing and building a model of a telescope...

‘There’s more to light than meets the eye – find out about the light we cannot see’

In this chapter, students find out all about light including:

• designing an experiment into light rays and shadows,
• building a colour wheel,
• writing about rainbows, and
• creating an...

This resource develops the concept of finding the slope and equation of a linear graph defined by pairs of coordinates. There is also work on using the slope and y-axis intercept of a straight line to derive its equation.

The initial task for students to consider is to use proportional reasoning to calculate...

This resource develops the concept of finding the slope and equation of a linear graph defined by pairs of coordinates. There is also work on using the slope and y-axis intercept of a straight line to derive its equation.

The initial task for students to consider is to use proportional reasoning to calculate...

Learning science and closely associated subjects at primary school helps children to explore, investigate and understand the world around them. This...

Many 'early-adopter' centres around the country were able to achieve the delivery of Core Maths ‘at scale’ quite early on. Delivering the course at scale means that fifty percent or more of the eligible cohort of students (all those who have a GCSE Grade C or above) are studying Core Maths in the year group. 

This resource provides inspiration and practical advice for carrying out effective science demonstrations. It includes tips, stories and thoughts from professional science communicators, including presenters, writers, lecturers, magicians and filmmakers.

This film is about the art and theatre of delivering scientific demonstrations, why we do them and how to ensure they deliver the desired learning outcomes. It is important for teachers to consider what it is they want students to observe before carrying out a demonstration. Alom Shaha describes a technique called...

Create a den at school using this STEM challenge, which links to geography and D & T. Children learn about natural disasters and how they affect people in many ways, then are challenged to plan and construct a sturdy...

Produced by The Centre for Industry Education Collaboration (CIEC), this resource looks at the testing of materials in the context of dentistry. Students first look at the properties of teeth and the nature of toothache before going on to test materials for a range of properties.

Experimental methods...

The Key Stage Three National Strategy training materials produced in 2003 by the Department for Education was written to help subject leaders focus on the processes of monitoring and departmental evaluation, increase confidence in ways to prioritise developments and...

The Nuffield Foundation provides this activity which can be used to review students' knowledge of the derivatives of quadratic and cubic functions and their graphs. The slideshow provides an introduction by considering a quadratic example and a cubic example.