In this Future of Flight challenge pupils design a virtual cockpit and learn to think like a pilot, working systematically to move people and medical supplies. They will also create programs to test reaction times, stress levels and check temperature then put together a...

What does the future hold? From what we wear, how we get our energy and even what we eat—there’s always room for innovation. Exploring technology and its possible applications in the future, with an emphasis on sustainability. Many of the activities could contribute toward becoming an Eco School.

Charlie Taylor’s Behaviour Checklists, Getting the Simple Things Right, look at the simple things that should be put in place to create good behaviour for learning. It includes the two lists 'key principles for headteachers to help improve school behaviour' and 'behaviour checklist for teachers'.

This resource sets out the knowledge, skills and understanding that trainee teachers will need in order to be able to manage their students’ behaviour. Effective teacher training incorporates activities and teaching that leads to these outcomes and prepares trainees to manage behaviour confidently and with...

This set of Interactive Teaching Programs (ITPs), developed by the National Numeracy Strategy, were originally intended for use in daily numeracy lessons to develop key mathematical concepts in the primary phase. However they can be used equally well with students in Key Stage Three for demonstration and...

Interactive Teaching Programs (ITPs) are an ICT-based tool developed by the National Strategies to support the teaching of key concepts in mathematics. Where available, manuals which describe how the ITP works and could be used are posted as separate files.

This group of ITPs cover:

• Area: allows...

Interactive Teaching Programs (ITPs) are an ICT-based tool developed by the National Strategies to support the teaching of key concepts in mathematics. Where available, manuals which describe how the ITP works and could be used are posted as separate files.

The ITPs here are:

• Moving digits:...

Roving with Rosalind is an education and outreach project funded by the UK Space Agency which presents Mars mission based classroom activities for primary and secondary schools as well as activity groups. The slides given here provide a very brief overview of the activities that have been produced and a...

A presentation highlighting seven strategies for behaviour management.

These datasets from stats4schools are compiled from the responses given by over 1,500 people to a survey. They are intended to be used flexibly but some ideas are given to guide students in their interrogations. There are three sheets in each set

1. Decoded data
2. An explanation of the questions...

This report aimed to identify practical examples of good practice that promote good behaviour and that can be adopted by all schools. The authors identified aspects of practice that create the right conditions for good behaviour to be learnt. The authors further comment that whilst school staff work hard to support...

This is one of a series of resources to support the use of the BBC micro:bit. This resource focusses on pupils designing, programming and using a BBC micro:bit to complete the mission challenge to find out more about the planet Mars.

In this activity pupils will make use of the BBC micro:bit to design and...

In this activity children explore how images are stored and communicated by computers (including robots and rovers). They learn how a picture is made up of pixels and how each pixel is coded for by a number code, which is then converted into an image. Children learn about Binary code and how it is used to represent...

Combining maths and computational thinking, this Barefoot Computing activity for upper primary uses linear number sequences to introduce algorithms in computing. Children work collaboratively to apply logical thinking and pattern recognition - key concepts used across the Barefoot Computing project. While using...

This activity combines computing and maths to look at algorithms. Children are challenged to solve missing number problems in number sequences, using logical reasoning. Additional challenges are then presented, and children are asked to share not just the answer, but the approach they took to solving the problem...