The Nuffield Advanced Chemistry course was first published in 1970 and was revised, so this was the third edition of a successful course. In this third edition there was just one students' book for the whole course and...

This issue of Catalyst includes the following articles:

Money, Mistakes and the Birth of a Science 

Looking at how the laying of telegraph cables across the ocean bed has led to the science of oceanography.

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This edition of iSquared magazine features:

Chemotaxis: how bacteria mov...

In this activity from the IET, pupils use the context of the theme, the future of flight, to design a method or system of getting emergency aid pallets from a future aircraft to the ground safely.

Pupils analyse existing methods of achieving this then use the information they've gathered to create...

This resource, from Mathematics for Engineering Exemplars, introduces mathematical models for the risk assessment of dropped load, which are used to analyse the safety of structures within nuclear power stations. Here students learn about the formulae which engineers use to calculate the maximum dynamic stress and...

In this resource from the European Space Agency, students use a multimedia module to learn about sea currents, the highways of the oceans, and how they are important for understanding local climates. Through a hands-on activity students investigate the causes of ocean currents. The final activity use satellite...

This action research report from Henley College, was published by LSIS in 2009. The project looked at incorporating data logging equipment into practical sessions. Fully integrated, it provides learners with autonomy to complete their own scientific investigations. Students were required to make good use of...

This set of three activities from the European Space Agency enables students to understand the electromagnetic spectrum and observe infrared radiation through the modification of a cheap webcam. It enables discussion of how infrared radiation can be used to obtain information that is not available using visible...

This resource links to science and D&T but in a moon context. Children analyse the importance of having shelter for protection on Earth and in space. They compare the environmental conditions on Earth and on the Moon, then  work together to design and build their own Moon shelter using materials comparable to...

In this set of activities, students will investigate Arctic sea ice and its connection to climate. They will discover what happens when oceans freeze by carrying out a series of practical experiments. They have the opportunity to analyse real images from ESA satellites (CryoSat and Copernicus) to locate sea ice...

This resource is set in the context of soil tests in a Martian environment. Students begin by researching suitable criteria for defining the presence of life. They analyse soil samples in tests similar to the experiments on the Mars Viking Lander and use their operational definition of life to determine whether...

This extension activity features in the upper-primary Blockly course, by the Rapid Router team at Code for Life. It explores the limits of generalised solutions, introducing children to the idea of algorithm testing and debugging. Children are asked to apply logical thinking to different problems, and analyse what...

These materials, from the Gatsby Science Enhancement Programme, help students to consider the appropriate approach when communicating ideas and information to particular audiences. The activities encourage students to: * analyse information and resources for their level of difficulty, the audience, its reliability...

Produced by Gatsby Science Enhancement Programme, this activity requires students to pick out what makes a science story accessible and learn how to write at an appropriate level for a particular audience. Students analyse a piece of writing to look at how easy to read and understandable it is. They also use the...

In this set of activities, children learn the difference between weather and climate. They identify different climatic zones and collect their own weather data. They analyse and compare daily and monthly air temperature measurements. Finally, they  learn about different climate scenarios and identify what it means...