In this activity from the Nuffield Foundation, students carry out an experiment to collect data about a trolley rolling down a slope. They then use this data to simulate the motion of a train by fitting a quadratic curve to their data, using a graphic calculator or spreadsheet. The slideshow provides an...

Produced by The Centre for Industry Education Collaboration (CIEC), these resources help to put curriculum science in a real life context. Children consider the properties of liquids in the context of a company which produces a thick, sticky liquid that needs stirring and transporting.

The activities...

The ‘presentation’ section of the Fixpert's resource focuses on documenting the Fixpert's project in the form of a film, presentation, folder, blog or any other medium students choose. It encourages students to be reflective and critical of their practice, along with developing presentation and story-telling skills...

The information sheet, from the Royal Academy of Engineering, covers what materials are required and encourages students to think about how a material alters as it is processed and how it can be used. Students are encouraged to think about engineering applications for a material and also the marketing of a product...

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...

Designed to raise awareness of a greater range of STEM careers for post-16 students, t...

The STEM Careers Toolkit for Careers Leaders in secondary schools and colleges is filled with creative ideas and practical suggestions on how to build STEM specific content into your careers strategy.

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Artificial intelligence (AI) is a disruptive technology, meaning that it is significantly changing the way that people, businesses, and industry interact. To put it in context, the invention of the wheel, electricity, TV, and GPS are all disruptive technologies that changed the way in which society worked.

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Produced by the LSIS, these materials include an interactive activity and presentation that introduces safety signs as a communication medium. It has a lively, interactive approach to help students become familiar with the meaning of the four main types of safety signs. Students apply and test their understanding...

A number of applied school science courses recommend that students should make a site visit to some aspect of the chemical industry. Such visits are often difficult to organise and some areas are almost impossible to get access to.

To partly address the needs of applied science courses and some A-level...

In this activity aimed at ages 9-10, children solve a problem faced by farmers in Mexico – ‘How to grow strong, healthy plants, that can survive and thrive in difficult conditions’. ...

In this activity learners will solve simple addition problems in order to play a game of salute. The problems will be based around the numbers 1-20. This will improve and reinforce learners’ addition skills in a fun and engaging context. This activity could be used as a starter activity covering learning from the...