These resources, from the HE STEM Programme South West, were produced  to enable academic staff, undergraduates, masters and PhD students in higher education institutions to undertake more effective outreach  through a better understanding of theory and practices with regard to school curricula and learning ...

These resources, developed by the Gatsby Science Enhancement Programme in collaboration with the ASCEND project, were designed to support science teachers, those with responsibility in science departments, and Gifted and Talented coordinators in schools. The ASCEND project (Able Scientists Collectively Experiencing...

Enterprising Mathematics, produced by the Spode Group, is a collection of problems designed to encourage mathematics to be taught through real life situations for example: sports, money and travel.

Each chapter begins...

This booklet contains a range of suggested activities and contexts for teaching about enthalpy at A level.  Curriculum links include heat transfer, enthalpy profile diagrams, exothermic, endothermic, reaction profile diagrams, enthalpy change of reaction, enthalpy change of formation, enthalpy change of combustion...

This activity, from the Institution of Engineering and Technology (IET), introduces students to how to create a video pitch to sell a remote surgery system.

It is intended that students will be able to:
•...

This guide from the Nuffield Mathematics Project delves deeper in to how the study of the Environmental can lead to geometrical work. The importance of the environment as a source for mathematical ideas was stressed throughout the main teachers’ guides. The range of activities discussed in this Guide extends beyond...

This article looks at how STEM subjects can help students learn about key environmental issues using the National Association for Environmental Education's (NAEE) teacher handbooks about 'The Environmental Curriculum' and details of the 'Sustainable Development Goals' launched at the 2015 Paris agreement on climate...

Produced by Science & Plants for Schools (SAPS), these materials give a range of suggested activities that investigate enzyme activity in ripening fruit. These include:
• the changes in enzyme activity during ripening and storage
• the activity of the same...

This teaching guide provides a range of ideas and resources for teaching about enzymes at A level. Curriculum links include lock and key, active site, induced-fit, inhibitor, and cofactor.

Although produced to support the teaching of OCR AS and A Level Biology A specifications (H020 and H420), the resource...

From the Institute of Physics, this topic looks at basic electrical ideas, particularly current, potential difference and energy. The topic is split into teaching episodes. These are self-contained activities of varying time periods. The topics in this section include:

Episode 101:...

These activities, from the Institute of Physics, look at electrical circuits. They provide a review of previous knowledge and introduce the language needed to cope with the greater depth of learning at post-16 level. Activities include: • a discussion about electrical circuits to reinforce knowledge and highlight...

From the Institute of Physics, these activities allow students to understand the idea of electric charge and its relationship to a flow of current. There are a range of activities and these include: • using an analogy to represent the movement of charge • defining current and the coulomb • calculations to show the...

From the Institute of Physics, these activities present a range of examples involving different types of charge carrier and links the measured current to rates of flow of charge. The activities consist of a series of demonstrations which could be set up before the lesson. These include: • considering different...

From the Institute of Physics, this learning episode shows that charge carriers in good conductors usually move very slowly. It illustrates the derivation and use of the equation I = nAvq.

A range of activities include:
• viewing the movement of permanganate ions in an electric field
•...

This activity from the Institute of Physics discusses energy transfer in electric circuits and links this, by analogy, to other more familiar examples.

The activities include:
• demonstrations of human and lemon-powered batteries to illustrate that that there is nothing special about the chemical...