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. These units were later grouped into five themes and...

The SATIS 'General Guide for Teachers' is a booklet which complements the Teachers' Notes published with the individual SATIS units. It gives more general information about the proejct, about some of the teaching methods, and about other ways of introducing social and...

The Association for Science Education (ASE) has updated and revitalised the groundbreaking SATIS (Science and Technology in Society) units from the 1980's and 90's. The units provide a wide range of strategies to cover the programme of study for How Science Works and the wide spectrum of science.

Materials...

The UPDATE 91 teachers' notes, which provided information to update and supplement the 100 units published between 1986 and 1988.

This collection of reports was published by SCORE (Science Community Representing Education). The reports consider the importance of practical work in science education starting at Key Stage One and going all the way through to Post-16 levels. The reports include research into the issues faced by teachers and...

This activity reinforces students' understanding of the Sustainable Development Goals (SDGs) and some of the issues linked to them.

In 2015 the United Nations (UN) met with leaders from over 30 countries to work out how to solve some of the world’s biggest problems. They identified 17 Goals to end poverty in...

This section refers to activities which took place in 2002 and related to special educational needs and inclusion, with comments and guidance specific to science. The resources in this section are: *STRATA Schemes of Work: The Cambridgeshire SEN Science Project brought together a group of special schools to develop...

This collection offers guidance on how to deliver the computing curriculum to pupils aged 5 to 11 with special educational needs who are...

This document offers guidance on how to deliver the computing curriculum to pupils with special educational needs who are working below national curriculum levels. The document outlines the different computational thinking concepts and the P scales with which to assess children against.

Electricity, Magnetism and Forces is one of the publication themes of the Gatsby Science Enhancement Programme. 

Both electrical and magnetic phenomena have been known since ancient times, through the action of friction to produce static electricity and through the existence of naturally occurring magnetic...

Energy and Power is one of the publication themes of the Gatsby Science Enhancement Programme.

Understanding the energy concept is central to an understanding of science. It also happens to be a particularly difficult concept to explain. SEP has developed a series of publications that provide clear and...

How Science Works is one of the publication themes of the Gatsby Science Enhancement Programme.

Recent changes in the curriculum have emphasised the importance of developing in students an understanding of what scientists do, the nature of science, and the way that science relates to the broader society. SEP...

The Learning Skills for Science (LSS) programme was first produced at the Weizmann Institute of Science. The Gatsby Science Enhancement Programme (SEP) together with the Nuffield Foundation developed the materials to be used in the UK.

The Learning Skills for Science (LSS) programme has been developed by the Gatsby Science Enhancement Programme from work done by the Weizmann Institute of Science.

The materials can be used by students who are...

Materials by Design is one of the publication themes of the Gatsby Science Enhancement Programme.

The earliest artefacts made by humans used whatever materials were naturally to hand. The materials selected were those that had the appropriate properties for the job that needed to be done. Increasingly, as...