This STEM resource looks at different types of energy, energy in engineering, the importance of electricity and how this is generated. It investigates different types of renewable energy through a number of engineering themed hands-on and practical activities.

Curriculum links:

• Science: Energy...

In this 5 hour STEM Clubs teaching pack students examine ways in which communities can put measures into place to make sure people and properties are safe, and look at how the IoT can bring additional benefits to this safety.

It is recommended that, prior to this...

This resource looks into making a prototype of a treadle pump. 

Suggested learning outcomes include:

• To be able to manufacture a working prototype of a treadle pump for people living in a remote village.
• To be able to select appropriate materials, tools and equipment for a manufacturing...

This resource from Practical Action includes a presentation and worksheets which give Key Stage Three and Four students opportunities to understand more about the impact of existing and new products on people and the environment. The presentation is packed with useful activities to reinforce students' learning. The...

Produced by Practical Action, these materials help students to consider the impacts of a product through its whole life cycle. A presentation describes the concept of lifecycle analysis (LCA) and gives some examples. Students are then challenged to consider the life cycle of familiar products, from raw materials,...

Produced by Practical Action, this short activity introduces the various factors that influence the choice of consumers. Students consider different products and the reasons behind why they would or would not purchase them. The activity is a perfect introduction to sustainability and aims to help students think...

Protecting Your Head, from the Centre for Science Education, is a set of teaching materials which offer a cross-curricular approach to learning about engineering. The context for the activities is the design of head protection for snowboarders where the risk of injury...

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...

From the LSIS, these materials cover two sessions designed to take students through the basic principles of manipulating and solving equations. The learners work through building an equation, checking the equation and solving the equation. They are then asked to create their own equation and swap it with a partner...

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....

This resource, produced by the Learning and Skills Improvement Service, helps students to understand how and why incidents must be reported. Not just to apportion blame, but to allow analysis of their causes. This prompts action to help prevent further accidents in the future. The materials ask students to use a...

This engineering resource, produced by Mathematics in Education and Industry (MEI) for the Royal Academy of Engineering, asks the question: how can production outcome data from a manufacturing process be analysed to optimise the process? Students consider the outputs of resistors to see the outcomes form a normal...