Our Teaching Pedagogy
KS Teaching Pedagogy: Evidence in action
Both the content and delivery of our curriculum is evidence led.
Rosenshine’s Principles of Effective Instruction (click here) are used across the curriculum to secure children's engagement and progress.
For example:
Maths |
Phonics |
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The EEF guidance and recommendations, which are based on robust research are used to inform and develop our practise (click here)
The following are a few key examples of our evidence led practice.
LITERACY
The EEF guidance for Early Literacy and that for Improving Literacy at KS1 and KS2 emphasises the importance of speaking and listening
Evidence shows that oracy:
- improves academic outcomes
- underpins literacy and vocabulary acquisition
- supports well-being and confidence
- enables young people to access employment and thrive in life beyond school
- develops citizenship and agency. (Oracy APPG)
Oracy is central to our pedagogy. For example:
Mathematics |
Children are taught stem sentences and expected to explain their mathematical thinking in complete sentences |
English |
Talk for Writing is embedded across the school and puts talk at the heart of the writing process. Children learn oral stories by heart, explore stories though drama and role play and when writing are encouraged to articulate their ideas and sentences before writing |
P4C |
Provides numerous opportunities for children to share their thoughts and opinions through structured conversations |
Vocabulary is a crucial aspect of oracy, language development and comprehension. The EEF Guidance for Early Literacy and that for KS1 and KS2 all recommend the implicit and explicit teaching of new words to develop language. At Katherine Semar vocabulary is a focus across the curriculum. We have developed both an academic word spine and a vocabulary spine which encompasses all subjects. In addition, vocabulary is explicitly taught through talk for writing and as part of partnered and whole class reading.
The SEEC model guides our explicit teaching of new vocabulary. ( Alex Quigley 2020 - click here).
The EEF (2018) Teaching and Learning Toolkit: Collaborative Learning (click here) suggests that peer collaboration has a positive effect on learning but ‘structured approaches with well-designed tasks lead to the greatest learning gain.’
Kagan structures are embedded across the school and provide a structure for collaborative talk.
For example:
Kagan Structure: Stand Up, Hand Up, Pair Up |
Examples of use Across the Curriculum |
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English: Each child has a word card. When they pair up each partner has to give an oral definition for their partner’s word. Maths: Each child has a dot pattern card. When they pair up each partner has to say a sentence about what they see e.g. I see 4 and 2. History: Each child has a picture of their house. When they pair up the children orally identify a similarity/ difference. Science: Each child has a picture of an animal. When they pair up the children have to orally say which animal group their partners animal belongs to e.g. a frog is an amphibian. P4C: Each child has a ‘Would you rather’ card (e.g. Would you rather be a knife or a fork?) When they pair up the children discuss which they would prefer to be and why, using a sentence stem. |
MATHEMATICS
The EEF guidance for Early Mathematics and that for Improving Mathematics at KS1 and KS2 emphasises the use of manipulatives and representations to develop understanding.
Evidence shows that manipulatives and representations:
- can be powerful tools for supporting children to engage with mathematical ideas
- help children make sense of mathematical concepts
- help children to develop visual images
- increase enjoyment
- help practitioners see what children understand and provide a bridge to abstract thinking.
(Griffiths, Back and Gifford 2016)
We follow the CPA approach (concrete, pictorial, abstract) and hence manipulatives and representations are used across the key stages. Practitioners carefully select the most effective manipulate to teach a specific concept and model how to use them to expose the mathematical structures and concepts.
METACOGNITION AND SELF-REGULATION
‘There is a strong body of research from psychology and education demonstrating the importance of metacognition and self-regulation to effective pupil learning. The Sutton Trust-EEF Teaching and Learning Toolkit—which summarises international evidence—rates ‘metacognition and self-regulation’ as a high impact, low cost approach to improving the attainment of disadvantaged learners’ (EEF).
Through teacher modelling, children are taught to plan, monitor and evaluate their learning as recommended in the EEF guidance for Metacognition and Self Regulated Learning.
For example:
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ART |
Plan |
Children explore and research examples of art (e.g. portraits) before embarking on their own creations. They are then encouraged to use this exploration to inform the next stage of the task. Teachers may model this by asking ; What have I/you learned from the examples we have looked at? What resources will I/you need to carry out my/your own (portrait)? |
Monitor |
Children are encouraged and taught how to monitor their learning. Whilst modelling the drawing of a portrait a teacher may ask; Am I doing well? Are all my facial features in proportion? Is there anything I need to stop and change to improve my self-portrait? |
Evaluate |
Children are encouraged and taught how to evaluate their learning Once their art (portrait) is complete, the teacher may ask; How did I do? How would I do a better (portrait) next time? |
In addition, as recommended by EEF, children are explicitly taught metacognitive skills. For example, in writing ;
The Seven Step Model: Instructional Writing |
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Activating Prior Knowledge |
Discussion about what the children already know about instructional writing – when and why it is used and the features they can recall |
Explicit strategy instruction |
Identification of features and structure – explicitly explains |
Modelling of learned strategy |
Shared writing |
Memorisation of strategy |
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Guided practice |
Innovation |
Independent practice |
Invention |
Structured Reflection |
Teacher encourages children to reflect on how successful is their writing |