This activity introduces the idea of remote sensing and some of the difficulties of obtaining images from orbit by asking students to match photographs taken from the ground with early astronaut photographs.

In this activity, students create colour images from satellite data. This allows them to study how different surfaces reflect different wavelengths of light, how coloured images are created using an RGB model, and how band combinations can be chosen to examine a particular landscape effectively.

ENTHUSE Partnership funding enables groups of four to eight schools and colleges to work together, with support from STEM Learning on a two-year intensive programme to raise aspiration and achievement in STEM subjects. Each Partnership can access up to £20,000 worth of support, including face-to-face CPD, in-school...

These resources link to elements of the geography, while supporting aspects of science, maths and computing. Using early astronaut photographs, and more recent satellite images, they provide opportunities to discuss the advantages and disadvantages of using each method for remote sensing. The main activity is based...

These resources use real satellite data from different parts of the electromagnetic spectrum to provide an introduction to scientific image processing techniques. They link to elements of GCSE science specifications as well as supporting aspects of the curriculum for...

The European Space Agency have provided a range of purposeful and engaging activities to support learners across the Primary stage. These activities cover the Science, Maths, Design Technology, Computing and Topic curriculums through activities linked to life on Earth, our atmosphere and solar system and some even...

In this activity, students examine changes to forests in cross-border regions of Africa and Borneo using Google Earth Pro to help identify features shown in satellite images and make measurements. The context allows students to explore the factors which put pressure on forested areas, and what is being done to...

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.

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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This activity allows students to investigate how images are produced from data streams by using first a spreadsheet and then an image-processing program. They then go on to see how the usefulness of such a monochromatic image may be enhanced by using lookup tables and calibration. The materials used focus on the...

Siemens have created a number of high-quality engaging online interactive games and activities for pupils of all ages covering many aspects of the STEM curriculum.  Topics range from cybersecurity to carbon emissions; programming to dressing a site worker in appropriate personal protective clothing. Many of the...

A useful handbook for setting up a student-led STEM club, with exemplars from three schools.

It is increasingly recognised that giving students opportunities to act as ambassadors and mentors for STEM subjects outside of school can be of great benefit to the individual, their institution, and to the broader...

These activities offer one-page exercises to incorporate the VEX GO kit and STEM concepts in a cross curricular way. From animal habitats, to architecture, compasses to music, these activities offer great cross curricular STEM opportunities for physical computing.  

This brief activity uses false-colour images of the Columbia glacier to introduce the idea of using sequences of satellite images to monitor change and focuses on the selection of appropriate data for an investigation.

This short activity introduces students to the ideas of the footprint and resolution of an image, asking them to choose and use appropriate methods to calculate how these quantities would change as they moved a camera to a series of vantage points above the surface of the Earth