This document, published by SCORE (Science Community Representing Education), provides guidance to primary schools on the resources needed to carry out practical work, to ensure that all children receive a well-rounded science education. The benchmarks show the levels of resourcing that SCORE considers necessary to...

This document, published by SCORE, provides guidance to schools and colleges on the resourcing expectations of practical work in the sciences, to ensure all students receive a well-rounded science education.

It provides a comprehensive list of the levels of resourcing that SCORE considers necessary to carry...

A Nature of Science biography of Benjamin Franklin, one of the greatest names in American history. Franklin left Boston aged 17 with only a few pennies and became a national hero. His sense of adventure brought him success as a printer and fame as a scientist before becoming an ambassador for his country. Franklin...

This short animation film joins Bepi, as she prepares to embark on a space mission to Mercury. Bepi explores a range of scientific facts and gets pupils thinking about all the things we don’t know about mercury. This video would be well placed at the start of a lesson researching a planet like Mercury. This video...

The best teaching draws on the best evidence. 

Amid increasing calls for evidence-based practice in classrooms, teachers’ lives are usually too busy for them to comprehensively access and implement the best evidence we can find emerging from education research.

Best Evidence Science Teaching for...

Produced by the Learning and Skills Improvement Service (LSIS), this case study looks at the themes of knowledge and technology transfer (KTT) and employer engagement. It focuses on building upon Sheffield City College's knowledge and technology transfer practices to improve the delivery of the dental nursing...

In this lesson students investigate different fuels both practically and as a research project. This includes energy output, ease of combustion, the cost to environment in extraction, economic cost, ease of delivery and related factors.

Learning outcomes:

• Students could calculate the energy...

An investigation looking at how beta radiation is absorbed when it passes through different thicknesses of aluminum.  From this you can then calculate the absorption coefficient for aluminum.  When doing this investigation please ensure you have followed CLEAPSS guidance or the safety body for your country.  This...