The Primary STEM Learning Autumn magazine is an excellent read for Primary Schools Teachers. Articles include, spooky STEM activities to do for Halloween, how to incorporate science into mathematics and English lessons, and everything you will need to know about British...

Everyone loves good movies, TV shows and fairy tales, but each of them contain a surprising number of opportunities for STEM to be explored. This resource set provides students with the chance to discover some of the ‘magic’ behind well-known movies, facts and fairy tales. Could you really make a skate board hover...

STEMNET has produced a range of case studies on STEM enrichment and enhancement activities. These demonstrate to teachers and employers the opportunities available for them to inspire young people in STEM.

The STFC Lunar Rocks and Meteorites Loan Scheme has been running since the mid 1980s. It has lent the NASA Moon rock discs and meteorites to thousands of schools, museums and outreach organisers. The collection has been produced by the ASE with the University of...

The STFC Lunar Rocks and Meteorites Loan Scheme has been running since the mid 1980s. It has lent the NASA Moon rock discs and meteorites to thousands of schools, museums and outreach organisers. The collection has been produced by the ASE with the University of Manchester, Millgate House Education, the Natural...

These resources, from the Science Year Primary CD-ROM, focus on engaging activities for teaching primary science. Please note that this collection of resources was first published in 2001. Ideas about the teaching of science explanations can change over time, and older resources may require repurposing for use in...

In 2001 the National Endowment for Science, Technology and the Arts (NESTA) funded Science Year in England and Wales. As part of this programme NESTA commissioned the Association for Science Education (ASE) to produce a series of inspiring electronic resources to support science teaching and learning. This rich set...

In this activity children are introduced to safe solar observation. Using everyday materials, the activity provides a step by step guide to create a safe sun viewer. A second activity investigates ‘sunspots’ and looks at how to use binoculars as a projector to see 'sunspots'. ‘Sunspots’ are areas of the sun which...

This collection includes resources which can help pupils aged 7 to 11 use the internet safely and respectfully.  In addition, there are resources to encourage pupils to question the reliability of the information they receive from the internet.

In this resource from stats4schools, students are asked to investigate if they are at risk from the sun by looking at a news article and using a dataset. Students process data and produce graphs using ICT, comprehend current information on a subject and synthesise this for others. They also use the internet to...

Professor Saiful Islam is a chemist who never wears a white lab coat. Rather than conduct experiments in laboratories, he uses the world's most powerful computers to produce computer models of the inner, 'atomic' structure of materials used in 'green' energy applications, from the lithium ion rechargeable batteries...

Salt water is denser than freshwater. That is why we float so much more easily in the sea than in a lake or a swimming pool. An object will float if it is less dense than the water surrounding it. Therefore, things float easier in salt water as it is denser than freshwater. This is particularly evident in the Dead...

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...

Can students place the digits 1 to 4 on a grid so that equal sums are given along vertical and horizontal lines? How many different arrangements are possible? The resource also includes a further challenge for ‘experts’ that uses the numbers from 1 to 7 on an ‘H’ shaped grid.