This document from the Department of Education looks at how Blessed Trinity Roman Catholic School uses an 'on-call' room, a nurture room to support pupils in managing their social skills. The resource explores the school's on-call room, staff response to misbehaviour and individual behaviour support, as part of the...

This resource uses VEX IQ robotics as a context for physics lessons. Lesson content covers an understanding of robots and their uses, forces, pressure and moments. The resources is presented with student activities, worksheets and a classroom presentation. 

In this video from the Institution of Engineering and Technology (IET), engineers explain the technology behind Wii controllers. Micro electro mechanical systems (MEMS) is the technology behind games console controllers and products like air bags. New applications for...

A problem-solving lesson where students look into the ways to conserve water using sustainable buildings and water recycling, the use of grey water, maintaining infrastructure and desalination. This lesson provides an opportunity to make some links to the multitude of careers available in this area.

Learning...

This resource pack can be used to highlight issues such as global water scarcity, the challenges people face when sourcing water and maintaining a water supply in developing countries and the role of the engineers in solving these problems.

The activities are introduced with a quick quiz and a presentation....

In this practical activity, students investigate the salinity of three different water samples using a multimeter. Students first calibrate their salination probe and test the salinity of their solutions. Students can be asked to suggest how errors might have appeared...

These technical briefs focus on low cost approaches to accessing clean water and sanitation. This is vital to health and well being and low costs are particularly important to poorer communities in the developing world.

Technical briefs are documents produced by Practical Action which are freely available to...

Water for the World was developed jointly by Engineers Without Borders UK (EWB) and Arup, a global firm of engineering consultants and specialists. There are three resources, investigating issues of water scarcity, sourcing and supply and showing how engineers can help to solve problems. Although initially designed...

This resource, from Siemens UK, encourages students to appreciate the importance of clean water and the problems that may arise in the absence of it. Students consider soluble and insoluble pollutants and methods of filtration. They then explore contamination by microorganisms, water-borne diseases and the...

These resources from the Institution of Engineering and Technology, produced in association with Fairfield Control Systems, explore the theme of waterways.

Due to problems in the manufacture of tinplate coils, the edge of the strip can be slightly longer than the centre. This causes a 'wave' on the wall of the coil but can be rectified by differentially stretching the strip to make the edges flat. Students are required to apply Pythagoras' theorem to find the radius...

This is one of a series of resources from the IET designed around the theme of the future of flight with the purpose of developing pupils knowledge and skills in design technology, engineering and mathematics. Modern technologies, such as artificial intelligence (AI), augmented reality (AR) and virtual reality (VR...

These resources introduce what is meant by a program and programming commands. Activities include asking learners to create a set of instructions that will solve a problem, as well as building on understanding of programming commands and what they are used to do in a program. 

The work that engineers do affects billions of people. It is creative and hands-on. It is about solving problems, designing things and improving things. As an engineer, you could tackle some of the world’s most pressing problems - from dealing with cyber security and maintaining clean water and energy supplies to...

This poster provides examples of the types of skills that you can develop whilst learning robotics, including:

• problem solving
• teamwork
• creativity