The first video explains why data is represented in binary using examples of RAM, a hard disk, optical disks and solid state memory.

The second video illustrates simple circuits built using components to create AND, OR and NOT logic gates.  GCSE students need to be able to combine gates to create more...

This diagram supports the understanding of computational thinking, a skill in the primary computing curriculum. Students studying computing will gain an understanding of computational systems of all kinds, whether or not they include computers.

Computational thinking is the thought processes involved in...

This 'concept card' from the Barefoot collection explains 'computational thinking': *What it is *Why it is important *What it looks like in the primary curriculum *How to find out more It supports teacher understanding to improve their teaching of the Barefoot activities.

A set of homework challenges to promote computational thinking using Scratch and Python courtesy of Greg Reid, a CAS member in Scotland.

A comprehensive guide taken from the Quickstart guide to what computational thinking is and what it might look like in the primary classroom. It involves classroom activities which include:

• Writing algorithms and looking for patterns (generalisations) in comparison to other students’ algorithms.
...

An unplugged activity to convert binary numbers into coordinates that enable students to recreate an image using values given in binary. The resource also includes a spreadsheet which can be used to make more complex images for use with students at a more advanced level. The presentation is more of a discussion of...

This is a very comprehensive resource covering a range of pathfinding algorithm activities using graphs. It includes the Knight’s Tour puzzle as well as other examples. This is a highly readable resource that could be used for smaller activities including homework.

Published by the Mathematics Centre at the University of Chichester, this booklet describes ideas that have been used with students aged 9-11 , although there are indications that older students would benefit from them too. In the first part of the booklet much use is...

This booklet, from the Mathematics Centre at the University of Chichester, explores how the microcomputer can be a valuable tool when engaged in investigating a situation that leads to such laborious arithmetic that the 'sums' spoil the activity, especially in the...

This resource contains a Lesson Plan centred on the Computer Misuse Act and the choices students might have to make with respect to the act and peer pressure. It helps make clear to students what activities are considered criminal ones with respect to the act as well as asking them to rank criminal activity online...

Computer Science Unplugged is a collection of twenty activities designed to aid the teaching and learning of computer science through engaging games and puzzles using cards, string, crayons and lots of running around. The activities introduce students to many of the underlying concepts separated from the...

This briefing note, intended for Governors and Senior Management Teams, fleshes out the background to the introduction of computing in schools and is intended as a basis for a strategic debate about reform of the ICT curriculum. It has been written mainly with schools in mind, but the broad outline of the argument...

"Computing isn't about computers" - this quote from one of the CS4FN authors, Paul Curzon, should give you an idea about the resources in this collection. Designed to inspire, these activities are about people, solving puzzles, creativity, changing the future and, most of all, having fun. Magic tricks, philosophy,...

• Entrants create an original key-frame computer animation, up to one minute in length, using eligible software including: Alice, Flash, Scratch, Blender, Autodesk 3D Studio Max, Autodesk Maya, and Serif DrawPlus. Entries can be from individuals or from small teams. Prizes are awarded by...