This resource looks at how distance can be measured using sound. A brief description of sonar and radar is given, along with an explanation of the Doppler effect and the wave equation. Students then use this equation to answer a set of questions.

This activity booklet uses the real life context of air traffic control using radar signals to identify the position of an aeroplane that students act out. It provides them with an opportunity to use their knowledge of waves and speed = distance / time to calibrate and calculate the distance a plane is from the...

The reduction mill reduces the thickness of a strip of steel using a series of rollers, each roller making the steel slightly thinner. The percentage reduction is constant on each pair of rollers. The mathematics used to calculate the actual reduction is similar to that used when calculating compound interest....

Together with related activities from the Institution of Engineering and Technology (IET), this resource allows students to investigate the wide range of sophisticated imaging technology available in modern hospitals, and to explore the latest ideas in search-and-rescue...

From NASA, these activities look at the scientific, technological, engineering and mathematical foundations of rocketry to provide exciting classroom opportunities for authentic hands-on experimentation. Rockets have formed the basis of space exploration.

Extensive teachers' notes, guidance and lesson plans...

These materials use the land speed record attempt as a context for teaching about the irreversible changes and energy transfers that occur in BLOODHOUND SSC’s rocket engine.

The BLOODHOUND SuperSonic Car (SSC) World...

In this activity, students are challenged to put on a show – either a live stage show or a recorded television show – to give a theatrical Earth science demonstration. Several demostrations are suggested for students to master: Growing crystals 1. Crystals from melts 2. Crystals from vapour 3. Crystals from...

This resource is based on Thomas Heatherwick’s rolling bridge at Paddington Basin in London. Rolling bridges are also used in areas after natural disasters to provide temporary crossings. There are exercises involving the mathematical analysis of the design and some basic construction of models of the bridge. The...

Published by the Royal Academy of Engineering, this activity looks at using alternative forms of transport, in this case cycling. The activity centres around groups of students developing an engineered product that represents the ideas of personal transport and sustainability. There is also a case study looking at...

This information sheet, from the Royal Academy of Engineering, provides teachers with a challenges to stereotyping activity. Some students may not understand what engineering involves, others may be fully engaged in another subject, while for some engineering may appear too hard or culturally irrelevant. By using...

These Royal Academy of Engineering information sheets offer teachers user guidance on how to cover some difficult topics such as careers and the ‘Engineering Message’. The activity resources have been made so that teachers using them can mix and match, use as little or as much as necessary and tailor them to their...

Produced by the Royal Academy of Engineering, this information sheet is aimed at helping teachers send a positive message across to students who can often feel that engineering has ‘nothing to do with me’. Many students do not realise that engineering is a very broad area. Much of what people buy, own, wear, eat...

This information bulletin, from the Royal Academy of Engineering, is aimed at teachers to help them encourage students into engineering careers. The bulletin provides three case studies about young engineers and also provides a selection of activities to engage students in thinking about engineering concepts and to...

These resources are designed to inspire students, regardless of their background, and show that engineering and technology are positively beneficial to their present and future lives.

Engineering Engagement Project...