This collection of...

The National STEM Learning Centre and Network supports the teaching and learning of science, design and technology, computing, engineering and mathematics (STEM) education in schools and colleges throughout the United Kingdom, from primary level to post-16.

This collection of resources, from the National Physical Laboratory, sets a number of measurement challenges for students that can be performed in their own homes, or in school. 

All resources contain an explanatory video and a downloadable worksheet. 

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Packaging is a part of our everyday lives but not always fully understood. This collection is designed to cover several subject areas taught at primary school including design and technology, mathematics, science, literacy and history. Written by educational and industry experts, each unit indicates the target age...

In this activity SEND pupils will learn to follow a sequence of instructions, create an algorithm for other people to follow and to understand that the order of instructions are important. The activity gives pupils the opportunity to create sequences of colours to make music and enhances the Music, Computing, PSHE...

Using the school network as a learning resource, this Barefoot Computing resource for primary schools introduces networked devices and the hardware infrastructure used to connect them. Children carry out a ‘treasure hunt’, searching for common networked devices such as switches, servers and printers. After mapping...

This project allows students to think positively and creatively about different visions of the future. The activities are designed to celebrate human ingenuity rather than apportion blame or induce guilt. Specifically students are challenged to rethink a sustainable future based on the principles of closed loop...

This project allows students to consider the nature of games and sports in depth. What are the characteristics of games that make them enjoyable to play and watch? How can games be redesigned for different participants and different occasions? How can kit and equipment be designed to improve performance?

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Nuffield 11-14 cross-curricular STEM Projects encourage students to develop the skills to explore questions in depth using science, mathematics and design & technology. The projects are set in authentic STEM contexts which leads to a better understanding of how these disciplines (along with engineering) work...

This resource, aimed at primary learners, links mathematics, art and science. Children explore how how the number of pixels affects an image and how images from space have become clearer as technology has advanced. They then...

In this Nuffield ...

In this Nuffield Foundation activity students carry out an investigation into some sporting techniques to establish whether practice improves performance. They conduct research into the rationale for training schedules for different sports. Students then investigate target games to explore whether scoring systems...

In this Nuffield Foundation activity students use secondary data to investigate how changes in technology have led to improved performance in cycling. They research footwear to see how materials of different properties can be combined for specific purposes and carry out a practical investigation to define the...