Using the AI debate kit,  students explore the benefits and risks that AI poses to individuals and society, now and in the future. What decisions should be made by AI? What data is needed to support these decisions? Does AI pose a threat to our own intelligence or bolster it?

The different ‘rounds’ of the...

A small resource which includes a "debugging strategy" sheet with suggestions to students as to how to proceed. It also contains a bug-ridden Scratch game. The activity requires students to identify and fix the bugs. Although this is a single worksheet activity, it can serve as an example/template for a whole host...

A resource which provides learners with a user friendly strategy to utilise when they come across a bug they do not understand. SNOT stands for Self, Neighbour, Other, Teacher, and it includes a framework for recording who students have sought help from, and who they have helped along with record sheets to record...

This computing resource for primary schools introduces the concept of decomposition through dance. Using combinations of hand-jive, clapping or tutting, the lesson demonstrates how complex sequences of instructions (algorithms) can be broken down into smaller chunks. The children are challenged to look for patterns...

Written in 2009 by the Department for Children, Schools and families, this resource sets out the government's support for behaviour in schools at that time.

This guide will help volunteers working in schools to effectively support Cisco Little Big Futures project work. It covers:

• The curriculum context for STEM subjects in the age range 11-14
• Information about how Little Big Futures can be integrated into STEM Clubs
• Guidance for effective...

Design Club is a social enterprise set up to help children become design thinkers. We create industry-standard resources to help people run design thinking clubs and workshops for 9-13 year olds.

This set of resources contains everything you need to run a Design Club taster project: worksheets, a delivery...

In these resources, learners will create a prototype food temperature probe using the micro:bit. The product must be able to provide a warning when the food is too cold to eat.

Learners will create a prototype food temperature probe...

In these activities, learners will look at the requirements for a good home security system and develop their own programmable alarm system.

In these activities, learners will create a prototype score counter and integrate the micro:bit programmable system.

Using the micro:bit, learners will create a prototype score counter. Learners must ensure the product is accurate, well...

In this challenge, students are asked to evaluate an existing product – a step counter or pedometer. They then create a step counter to encourage healthier lifestyles among teenagers. It is based on a BBC micro:bit device which includes an accelerometer capable of detecting ‘shake events’. These events are then...

These materials, from the Nuffield Foundation, contain a wealth of ideas and practical advice on the delivery of design and technology in the primary curriculum. Each of the resources includes extensive teacher guidance as well as chidlren's stimulus materials. The materials cover a range of topics in which...

From the Nuffield Foundation, these activities allow children to work in teams to design and build a piece of interactive, multimedia presentation software for other children to enjoy and learn from. The teams produce one final product and test their design ideas on the target audience, which may be another class...