Ms Bradbury: “If you saw the word ‘light’, what would you think of?”
Aliana: “I’ve got a nightlight in my bedroom. It looks like a penguin!”
Cara: “My mum says my hamster is as light as a feather!”
Jared: “What about the sky? That’s light blue.”
Kieron: “On fireworks night, my stepdad asked anyone if they had a light, so he could set the firework off.”
Linguistic Labyrinth
Scientific vocabulary serves as a gateway to understanding complex concepts, yet for many pupils, it remains a formidable barrier. Everyday words, seemingly familiar, take on entirely new meanings in the context of science.
Supporting pupils in navigating this linguistic labyrinth is paramount for active engagement in science learning and effective communication of understanding.
Recommendation 1 of the ‘Improving Primary Science’ guidance report highlights the importance of developing pupils’ scientific vocabulary, and gives evidence-informed suggestions of how best to do this.
When deciding which words to teach, a strategic approach involves considering the breadth of vocabulary required to build a strong understanding of the science being taught. The EEF guidance categorises words into different priority areas to support this pre-planning and provides strategies for effective teaching.
Model the use of new word in context.
Fostering a love for – and fluent understanding of – scientific language requires an innovative approach. Modelling in context invites pupils into a world where new words aren’t just definitions, but integral components of relatable scenarios. By providing clear and pupil-friendly definitions within sentences, scientific language becomes not only understandable, but also memorable.
Repetition and engagement transform the learning process into a lively experience, so that pupils continually encounter and actively use new vocabulary, reinforcing their understanding.
Use vocabulary approaches that promote rich language connections.
Visual aids become powerful allies in this linguistic journey, as they not only enhance comprehension but also stimulate creativity. Encouraging pupils to create images related to scientific concepts facilitates a deeper connection, making the words visually memorable.
Delving into etymology and morphology adds an extra layer, empowering pupils to understand the structure and origin of words, making the learning process richer.
Interconnected web
This holistic approach extends seamlessly into other literacy activities, intertwining scientific vocabulary into spoken language, reading, and writing exercises.
By immersing pupils in a linguistic environment where scientific terms become an integral part of communication, reading, and writing, the integration across various activities becomes a catalyst for reinforced learning and effortless recall. In this way, the language of science ceases to be a mere set of words but a vibrant and interconnected web, ingrained into everyday learning.
As educators, our responsibility goes beyond teaching scientific concepts; it extends to equipping pupils with the linguistic tools to navigate the complex language of science.
By employing these strategies, we pave the way for a more inclusive, engaging, and effective science education for all our pupils, knowing that our practice is underpinned by the best research available.