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Rising from the Ashes … Ashington Academy
Alicia McKenna, Director of Research and Training takes a look at the meteoric rise of this North East comprehensive school.
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by Shotton Hall Research School
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Louise Brooks of Shotton Hall Research School looks into the guidance from the EEF in their new report ‘Improving Primary Science’ and considers the evidence and strategies around the development of pupils’ scientific vocabulary.
How do you teach a child that in the world of science, the term ‘force’ is used to represent a push or a pull, or make something move or change shape? How do you teach a child to use a term for something which represents an abstract concept and potentially conflicts and confuses prior knowledge? No wonder scientific vocabulary can be confusing and difficult to use and understand.
The evidence base which underpins the first of the EEF’s recommendations is indeed ‘strong’ and as we grapple with the challenges of an increasingly academic science curriculum, it may be useful to adopt their suggested approaches in the development of pupils’ scientific vocabulary. They suggest two ways:
Once explicitly taught, pupils need to develop and deepen their conceptual understanding of the words. This will also enable them to use words correctly in different scenarios. To do this, the EEF outlines 4 different strategies
Pupil: “When I drop a ball, the Earth pulls it to the ground.”
Teacher: “The force that pulls things to the centre of Earth is called gravity. Gravity is a force which pulls all things, including ourselves towards the centre of Earth. All objects fall towards Earth because of the force gravity.”
For example, when introducing the term ‘friction’, draw on pupils first hand experience to help create context. Explain that friction is a force that prevents our shoes from slipping when we walk or stops the car tyres from skidding on the road. Explain that friction is caused between the tread on your shoes and the ground.
For example, by creating multiple opportunities for pupils to revisit and engage with scientific vocabulary over time, pupils are more able to use vocabulary actively and accurately themselves to reinforce their learning and support recall. This could be done through careful text choice within reading lessons or using scientific contexts for writing purposes.
Using a combination of visual aids and images such as drawings or diagrams supports and deepens children’s understanding of how words and concepts are related. Another approach might be to include discussing the origin of words (etymology) or the structure of words (morphology). For example, in terms of etymology, the word ‘resistance’ comes from the Latin ‘resistere’ meaning ‘to make a stand against’ or ‘oppose’.
Further examples of using these approaches in classrooms can be found in the Guidance Report.
To summarise, if we use these approaches to develop our pupils’ understanding of scientific vocabulary, not only will we enable them to actively participate and communicate in science learning, but we create opportunities to better understand the world around them
‘Remember, the Force will be with you always’ and with that in mind, if you would like more information from the Research Schools’ Network, you can sign up to our newsletter here.
Blog -
Alicia McKenna, Director of Research and Training takes a look at the meteoric rise of this North East comprehensive school.
Blog -
Alicia McKenna, Director of Research and Training takes a look at the meteoric rise of this North East comprehensive school.
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