Roving with Rosalind is...

Based at the University of Aberdeen, the Rowett Institute is a key centre for the study of food and its relationship to long-term health. The Institute undertakes research to address some of the most compelling contemporary problems in nutrition. The Institute's research contributes not only to new scientific...

The challenges in this resource invite pupils to explore innovations within flight technology. Explore the role of AI and machine learning and communication in aviation, investigate the forces of flight, experiment with material science and dig into the changes happening that are making flight technology more...

This set of resources, from The Royal National Lifeboat Institution (RNLI) Life Support Team, is aimed at science, technology, engineering, and mathematics teachers at Key Stage Two to Four. The resources use the essential work of the RNLI to provide a real-life context for students to explore key STEM topics and...

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...

SATIS 8-14 was a project of the Association for Science Education which followed from the SATIS...

Box 1, the green box of ASE’s SATIS 8-14, contained ten booklets with resources suggesting activities for teaching science and technology in years 3 and 4 of Key Stage Two. In addition the box included a Teacher Book giving guidance about the project as a whole and about investigative activities.

Box 1, the green box of ASE’s SATIS 8-14 project, contained ten booklets with resources suggesting activities for teaching science and technology in years three and four of Key Stage Two. Book 8 included six units.

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Box 2, the yellow box of ASE’s SATIS 8-14 project, contained ten booklets with resources suggesting activities for teaching science and technology in years five and six of Key Stage Two. The units in this box could also be used in Key Stage Three.

The same units were later repackaged and sold in ring-bound...

Box 2, the yellow box of ASE’s SATIS 8-14 project, contained ten booklets with resources suggesting activities for teaching science and technology in years five and six of Key Stage Two as well as in Key Stage Three. Book 1 contained five units. 

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Box 2, the yellow box of ASE’s SATIS 8-14 project, contained ten booklets with resources suggesting activities for teaching science and technology in years five and six of Key Stage Two as well as in Key Stage Three. Book 10 contained five units.

Box 2, the yellow box of ASE’s SATIS 8-14 project, contained ten booklets with resources suggesting activities for teaching science and technology in years five and six of Key Stage Two as well as in Key Stage Three. Book 2 contained five units.

Box 2, the yellow box of ASE’s SATIS 8-14 project, contained ten booklets with resources suggesting activities for teaching science and technology in years five and six of Key Stage Two as well as in Key Stage Three. Book 3 contained five units.

Box 2, the yellow box of ASE’s SATIS 8-14 project, contained ten booklets with resources suggesting activities for teaching science and technology in years five and six of Key Stage Two as well as in Key Stage Three. Book 4 contained five units.

Box 2, the yellow box of ASE’s SATIS 8-14 project, contained ten booklets with resources suggesting activities for teaching science and technology in years five and six of Key Stage Two as well as in Key Stage Three. Book 5 contained five units.