The first of two RISP activities, Modelling the Spread of a Disease requires students to carry out a simulation of a disease spreading. Students carry out an experiment...

This study guide, from the National Strategies, offers tried and tested practical suggestions for you to use in the classroom when considering purposeful practical work in science. The suggestions draw upon the academic research given in...

Produced by Becta, these case studies illustrate how information communication technology (ICT) can be used to enhance teaching and learning in science.

This case study looks at the use of interactive whiteboards (IWB) in two primary schools. It illustrates how IWB can enhance the learning experience, even...

Produced by Becta, these case studies illustrate how information communication technology (ICT) can be used to enhance teaching and learning in science.

This case study looks at a range of revision techniques employed using the interactive whiteboard. For example, using PowerPoint and commercially available...

Produced by Becta, these case studies illustrate how information communication technology (ICT) can be used to enhance teaching and learning in science.

This case study looks at how ICT was used to enhance the learning of a hearing-impaired student and increase engagement of students in the class. It...

The first interactive sheet shows a calculator for Simple Interest where the amount invested, the rate of interest and the term can be altered. The next sheet shows sets of five questions on Simple Interest to be answered with the help of calculators. Answers can be...

The Teaching of Modern Physics was written by the Modern Physical Sciences Committee of the Science Masters Association. It includes demonstration and class experiments, and suggested equipment for teachers for the following topics:

- Evidence for the particulate nature of matter
- Experimental...

Produced in 2007, this is an an International Review of Curriculum and Assessment (INCA) thematic probe to compare compulsory assessment systems which the Qualifications and Curriculum Authority (QCA) asked National Foundation for Educational Research (NFER) to undertake. It gathered information via the 20 INCA...

The kit, from ESA, uses five themed chapters to explore various aspects of the International Space Station, including what it is, how it is being built, living and working on board, and what future voyages will be like.

The ISS Education Kit is aimed at teachers of secondary school students aged 12-15. ESA...

The ISS Education Kit, from ESA, is a resource for teachers with ideas on how to use the International Space Station as a thematic frame for teaching a wide variety of topics that are part of European curricula.

The A4-sized binder contains four chapters devoted to explaining various aspects of life in space...

Purpose: The internet of things is a growing technology that utilises data collected by devices from across the globe. In a school context, it can be used in school science to compare data from across the world.

Teaching approach: Some investigations require data to be collected over a period of time to...

In this resource from the DfES Standards Unit, students learn to translate between words, symbols, tables, and area representations of algebraic expressions, recognise the order of operations, recognise equivalent expressions and understand the distributive laws of multiplication and division over addition (...

In this resource from the DfE Standards Unit, students will learn to understand and interpret bar charts, pie charts, and box and whisker plots. This session is in two linked parts. The first is matching pie charts to bar charts and secondly matching box and whisker plots to bar charts. Each part of the session...

In this DfE Standards Unit resource students learn to interpret and construct distance–time graphs; relating speeds to gradients of the graphs and accelerations to changes in these speeds. Students have often constructed distance–time graphs before. However, experience shows that many still interpret them as if...

In this DfE Standards Unit resource, students interpret linear and non-linear distance-time graphs using the computer programme Traffic. This program provides a simple yet powerful way of helping learners to visualise distance–time graphs from first principles. The program generates situations involving...