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Guidance, ideas and examples to support schools in developing their curriculum, pedagogy, enrichment and support for more able learners, within a whole-school context of cognitively challenging learning for all. Includes ideas to support curriculum development, and practical examples, resources and ideas to try in the classroom. Popular topics include: curriculum development, enrichment, independent learning, questioning, oracy, resilience, aspirations, assessment, feedback, metacognition, and critical thinking.

 

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How can we support more able learners in the English classroom?

Posted By Anthony Cockerill, 03 February 2026
Updated: 02 February 2026

How can we support more able learners in the English classroom?

English teachers must move beyond superficial forms of challenge and devise sequences of lessons that genuinely push, inspire and develop more able learners – says Anthony Cockerill, Director of the National Association for the Teaching of English (NATE).

Teachers often rely on strategies that appear to support our most able learners but in reality do little to deepen their thinking. Giving students ‘extra work’ or ‘extension tasks’ can create the comforting illusion of challenge while preventing them from reaching their potential.

These surface-level approaches might tick boxes or keep students busy, but they fail to offer the intellectual stretch and rigour that truly cultivates high attainment. It’s helpful to think more carefully about how we can support more able students at each stage of the learning process.

What are our students learning?

Expose learners to ambitious, complex texts and concepts.

Choose material that stretches students beyond the typical diet of set texts – and this doesn’t necessarily mean totems of the literary canon – so they wrestle with sophisticated ideas, unfamiliar structures and rich language that demands sustained intellectual effort.

Build deep disciplinary knowledge.

Expose students to the debates, contexts and theoretical lenses that shape the discipline of English. By introducing ideas from literary criticism, history, philosophy and politics, we enable learners to see themselves as active participants in wider conversations about texts and culture.

Teach sophisticated language, stylistic and rhetorical devices.

Develop students’ ability to speak and write with precision, control and flair, explicitly teaching the stylistic tools, rhetorical techniques and academic vocabulary used by expert writers so that students can communicate nuanced thinking with confidence and authority.

How are our students learning?

Offer open-ended, creative and evaluative tasks.

Plan learning activities that require students to make choices, experiment with ideas and justify their thinking – for example, writing pastiches, crafting alternative interpretations, or expressing a point of view in an engaging and original way.

Integrate reading, writing, speaking and listening.

Ensure students encounter concepts through an equity of exposure to the traditional four modalities of the English classroom. They might debate an idea orally, explore it through analytical writing, respond creatively, and then listen to expert voices – each mode strengthening and expanding their conceptual understanding.

Provide deliberate practice using style models, exemplars and scaffolds.

Use carefully chosen examples of excellent writing to unpick what makes it effective, draw attention to the writer’s craft, and then ask students to imitate and adapt high-level techniques before gradually removing support as their proficiency grows.

How can we support learning?

Model strategies, vocabulary and thought processes.

Make your own thinking explicit by narrating how you approach a complex task – selecting vocabulary, crafting sentences, making inferences, evaluating interpretations – so that students can internalise and practise the habits that underpin successful creative and analytical work.

Differentiate by depth, not volume.

Plan challenge through increased complexity – such as tackling ambiguous ideas, experimenting with form, or synthesising multiple viewpoints – rather than through additional tasks that may simply consume time without enhancing cognitive demand.

Develop agency and structures for independence, rather than relying on PEE paragraphs and similar mnemonics.

Provide high-challenge frameworks, sentence stems or structural guides that encourage students to construct thoughtful, original arguments; over time, weaning them off reductive formulae like PEE so that their writing becomes flexible, mature and authentic.

What do our students do to show progress?

Encourage them to produce work that reflects increasing sophistication, originality and nuance.
Look for growing control, creativity and ambition in how students communicate ideas – for example, through more daring interpretations, subtle shifts in tone, or inventive stylistic choices that show ownership over their writing and thinking.

Help them to demonstrate critical, evaluative thinking through discussion and writing.

Encourage students to interrogate texts and ideas actively – weighing evidence, questioning assumptions, and problematising simplistic readings – so that their viewpoints become more layered, exploratory and confident over time.

Let them articulate and use knowledge verbally.

Give students frequent opportunities to articulate their thinking out loud – in classroom discussion, debates or hot-seating – enabling them to develop academic and creative oracy, rehearse complex ideas and strengthen their command of subject-specific language.

How should our students receive feedback?

Give precise, personalised formative feedback focusing on stretch and refinement.

Rather than merely correcting mistakes, feedback should target what a student needs to do to move forward – pointing towards greater complexity, precision, or stylistic control.

Use dialogue – verbal questioning, conferencing, and live marking.

Respond in real time wherever possible, using probing questions and quick conversations to deepen understanding, unsettle complacency and move learners forward while they are still ‘in the zone’ of thinking.

Facilitate critique of models and peer feedback.

Train students to evaluate work (their own and others’) against ambitious, explicit criteria that has even been agreed in advance as part of the learning process – so that they come to understand effective writing and so they can engage critically and constructively in the improvement process.

Final thoughts

Ultimately, supporting more able learners in English is not about doing more, but doing more thoughtfully. Many of these suggestions reflect effective teaching for learners of all abilities. But by embedding genuine challenge into our curriculum, pedagogy and feedback, we can offer our students the chance to think deeply, work independently and engage with rich ideas.


Find out more…

Join us on Tuesday 17th March 2026 for a free live webinar with the author of this blog post, Anthony Cockerill, Director of the National Association for the Teaching of English (NATE). During the session, Anthony will share examples of how the strategies discussed above can be implemented in practice, with opportunity for Q&A. Read more and register.

 

Tags:  creativity  critical thinking  depth  differentiation  English  independent learning  pedagogy  vocabulary 

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AI and adaptive teaching: embracing the challenge

Posted By Matt Kingston, 02 February 2026
Updated: 02 February 2026

AI and adaptive teaching: embracing the challenge

Matt Kingston, Curriculum Innovation Lead, Holme Grange School

Holme Grange’s teaching and learning focus this year has been adaptive teaching, a priority that brings with it many of the same challenges faced by schools nationwide. One of the most significant barriers has been the time required to create adapted resources that meet individual pupil needs. 

Most teachers can recall spending hours preparing resources, only for unexpected issues such as IT failures, printer jams, or a difficult lesson to undermine the best of intentions. As a result, many teachers have relied heavily on in-class adaptations to ensure accessibility – inevitably an uphill struggle. 

However, the emergence of new technologies has begun to shift this balance, offering teachers ways to maintain both their wellbeing and their ability to provide accessible, high-quality resources for all pupils.

This year, we have undertaken a focused exploration of how artificial intelligence (AI) can be used to support adaptive teaching, enabling all pupils to access the curriculum and work towards shared learning goals across a range of subjects. We began on a small scale, working within departments to adapt resources efficiently for diverse learners. This approach demonstrated a clear positive impact, giving us the confidence to begin rolling it out across the whole school.

Our starting point was a staff audit designed to understand how AI was already being used and how it was perceived. The overall response was positive, but three key concerns emerged. Only 11% of staff were using AI to adapt resources; there were significant worries about its impact on pupils’ critical thinking; and concerns around cheating were widespread.

The latter two concerns are being addressed through careful task design. If a task can be easily completed using AI and is difficult to detect, then it is worth questioning its educational value. As AI becomes harder to identify and increasingly difficult to restrict, particularly in homework settings, we have shifted our focus towards designing AI-resistant tasks. These include activities where pupils must defend their opinions, record voice notes to explain their thinking, or engage in flipped learning that is assessed in class using mini-whiteboards. By requiring pupils to articulate and justify their ideas, we strengthen critical thinking while making it harder to outsource learning to AI. Rather than viewing AI as a barrier, we are using it as an opportunity to refine our curriculum and teaching approaches.

In line with our school learning policy on adaptive teaching, it quickly became clear that there was a skills gap among staff when it came to using AI effectively. Our first step was raising awareness of how AI could be used safely and purposefully. This was introduced during an INSET session, where staff were presented with three practical strategies for using AI to support adaptive teaching. Each strategy included guidance on accessibility and impact, strengths and limitations, and example prompts tailored to specific learning needs.

For many staff, this session served as a reminder of AI’s potential. For others who had previously been hesitant, it provided the confidence to begin experimenting with new approaches. This was followed by a second session aimed at beginners, covering the fundamentals of prompt writing, data protection, and key risks such as GDPR breaches and AI ‘hallucinations’. The response was again very positive. While a full staff audit will be conducted later in the year, early indicators suggest a noticeable increase in staff using AI to support resource adaptation. This work will be reinforced through fortnightly ‘quick wins’ shared during staff briefings and in the weekly bulletin.

One of the most significant challenges AI has introduced relates to student use. Concerns around cheating were not unfounded, with pupils openly discussing their use of AI tools to complete notes and homework tasks. However, as AI will inevitably form part of students’ future lives, a blanket ban would do little to prepare them for what lies ahead.

Instead, we are focusing on educating pupils about appropriate and effective use. We are currently trialling a Year 9 tutor programme to explore how structured guidance impacts students’ understanding and use of AI. This programme covers how AI works, the risks it poses to learning, how it can be used positively, and what the future of AI may look like. Alongside this, we are piloting small-scale projects such as subject-specific GPTs that pupils are permitted to use independently. These tools are designed to guide thinking rather than provide answers, helping pupils to use AI as a learning aid rather than a shortcut.

Ultimately, this approach relies on pupils choosing to use AI responsibly. Developing this mindset will take time and ongoing dialogue. To support this, we will continue gathering feedback through staff audits, research, and CPD, while also establishing a digital student council to give pupils a voice in shaping how AI is used within the school.

We are still at the very beginning of a long journey with AI. However, the willingness of both staff and pupils to engage thoughtfully with this challenge has been encouraging, making what could be a daunting task an exciting opportunity for meaningful change.


Holme Grange School, Wokingham, has been accredited with the NACE Challenge Award since 2013, and is a NACE Challenge Ambassador School.

Tags:  adaptive  critical thinking  pedagogy  technology 

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5 benefits of book clubs for all children

Posted By Helen Morgan, 01 December 2025
Updated: 01 December 2025

Helen Morgan, Subject Leader for Reading, English Lead Practitioner, More Able Champion & DDSL at St Michael Catholic Primary School & Nursery in Ashford, Surrey

With the ‘Year of Reading’ fast approaching, it’s a good time to re-assess the provisions in place for our children. As an English lead, questions I ask myself often revolve around the following…

  • What are our children reading?
  • Why do they make the choices that they do?
  • In what ways can I support them?

This is especially important when it comes to children sharing what they have read, as I believe there are many effective ways to do this other than merely completing a reading record book. After I have read a great book (or a terrible one for that matter) there’s nothing I love more than discussing it with others. It was for this reason that I joined a ‘Teachers’ Reading Group’, facilitated by The Open University’s Reading for Pleasure volunteers.

The project I undertook at the end of the year involved setting up a staff book club where we read and discussed children’s books. It was very successful, in more ways than I realised it would be:

  • We really enjoyed reading and discussing the texts.
  • It broadened our knowledge of children’s literature.
  • As staff finished reading the books, they were placed in class libraries.
  • We noticed that groups of children were taking the books and reading them together, forming their own small book groups.

As the NACE lead at my school, I considered how I could use my findings to benefit more groups of children, so I started running a book club for our more able children. I adopted the Reading Gladiators programme curated by Nikki Gamble and the team at Just Imagine, which focuses on high-level discussion and eliciting creative responses to quality texts. Over the years these book clubs have been extremely popular, so we now run additional book clubs for less engaged readers and a picture book club with a focus on visual literacy.

Here are five reasons why I believe book clubs are a valuable way to foster reading for pleasure for all children, through informal, dialogic group discussion.

1) They develop critical and reflective thinking.

  • Through guided discussion, children learn to justify opinions with evidence and challenge assumptions elicited from both the text and from each other.
  •  The discussions foster metacognition and allow children to deepen their thinking. Research has shown that this links to higher achievement.

2) They nurture social and emotional intelligence.

  • Children build their skills in empathy through exploring different perspectives, including that of their peers.
  • It allows children time to reflect on and enjoy what they are reading without the pressure of having to answer formal questions.

3) They foster independence and help children to make meaningful connections.

  • Book clubs expose children to a wide range of texts that they might not choose independently.
  • They enable leaders to read with rather than to children.
  • Reading for pleasure thrives when children can relate what they read to themselves, other texts and the world, thus deepening their ideas.

4) They encourage dialogic interaction.

  • Book clubs encourage children to verbalise their interpretations and listen to others’ viewpoints.
  • Discussion helps them move from literal understanding to analysis and evaluation — exploring themes, author choices, and symbolism.
  • Informal book talk enables children to build empathy whilst exploring different perspectives.
  • Collaborative reading builds confidence, listening skills, and the ability to challenge each other’s thinking, which are key aspects of social learning.

5) They promote agency, create a community of readers and foster a love of reading.

  • When children play an integral part in discussion direction, they feel ownership and autonomy.
  • Book clubs shift reading from a solitary task to a social practice.
  • This helps to build a community of engaged readers who are invested, curious and motivated.

References

Tags:  critical thinking  independent learning  reading 

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6 steps to maximise the impact of practical science lessons

Posted By Tom Greenwood, 26 March 2025

Holme Grange School's Tom Greenwood shares six steps to maximise the impact of your practical science lessons.

Science is more than just memorising facts and following instructions. True scientific thinking requires critical analysis, problem-solving, and creativity. Practical science provides the perfect platform for developing these skills, pushing students beyond basic understanding and into the realm of higher-order thinking.

Why challenge matters in science education

Practical science sits at the peak of Bloom’s revised taxonomy (Anderson & Krathwohl, 2001), requiring students not just to remember and understand but to apply, analyse, evaluate, and create. These skills are essential for developing scientifically literate individuals who can tackle real-world problems with confidence and insight.

Steps to maximizing the impact of practical science

To truly challenge students and develop their higher-order thinking, practical science lessons must be carefully structured. Here’s how:

Step 1: Solve real-world problems

Practical science activities should be grounded in real-world applications. When students see the relevance of their experiments, their engagement increases. For example, testing water purity or designing a simple renewable energy system connects scientific principles to everyday life.

Step 2: Get the groups right

Collaboration is key in scientific exploration. Thoughtful grouping of students – pairing diverse skill levels or encouraging peer mentoring – can enhance problem-solving and communication skills.

Step 3: Maintain a relentless focus on variables

From Year 5 to Year 11, students should develop a keen understanding of variables. This means recognising independent, dependent, and control variables and understanding their importance in experimental design.

Step 4a: Leave out a variable

By removing a key variable from an experiment, students are forced to think critically about the design and purpose of their investigation. They must determine what’s missing and how it affects the outcome.

Step 4b: Omit the plan

Instead of providing a step-by-step method, challenge students to devise their own experimental plans. This pushes them to apply their understanding of scientific concepts and fosters creativity in problem-solving.

Step 5: Analyse data like a pro

Teaching students to collect, visualise, and interpret data is crucial. Using AI tools to display class results can make data analysis more engaging and accessible. By linking their findings back to the research question, students develop deeper analytical skills.

Step 6: When practicals go wrong (or right!)

Failure is an integral part of scientific discovery. Encouraging students to reflect on unexpected results – whether positive or negative – teaches resilience, adaptability, and critical thinking.

Bonus step: Harness the power of a Science Challenge Club

A Science Challenge Club can provide a platform for students to explore scientific questions beyond the curriculum. Such clubs foster independent thinking and offer opportunities for students to work on long-term investigative projects, deepening their understanding and enthusiasm for science.

Final thoughts: why practical science is essential

Engaging students in hands-on science doesn’t just make lessons more interesting – it equips them with crucial skills:

  • Critical thinking: encourages deeper questioning and problem-solving.
  • Collaboration: strengthens teamwork and communication.
  • Real-world problem solving: helps students connect theory to practice.

As educators, we can design activities that challenge high-achieving students, encourage independent experiment design, and foster strong analytical skills. By doing so, we prepare students not only for exams but for real-world scientific challenges.

The future of science lies in the hands of the next generation. Let’s ensure they have the skills to think critically, innovate boldly, and explore fearlessly.


Related reading and resources:

Tags:  cognitive challenge  collaboration  critical thinking  pedagogy  problem-solving  resilience  science 

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Using “thinking booklets” to embed challenge in the EYFS

Posted By Amanda Hubball, 30 January 2025

Amanda Hubball, Deputy Head and More Able Lead at Alfreton Nursery School, outlines the use of “thinking booklets” to embed challenge into the early years setting.

At Alfreton Nursery School, staff believe that children need an intrinsic level of challenge to enhance learning. This challenge is not always based around adding symbols to a maths problem or introducing scientific language to the magnet explorations. An early years environment has countless opportunities for challenge and this challenge can be provided in creative ways.  

Thinking booklets: invitations to think and talk

Within the nursery environment, Alfreton has created curriculum zones. These zones lend themselves to curriculum progression, whilst also providing a creative thread of enquiry which runs through all areas. Booklets can be found in each space and these booklets ask abstract questions and offer provocations for debate. Drawing on the pedagogical approach Philosophy for Children (p4c), we use these booklets to ensure classroom spaces are filled with invitations to think and talk.

Literacy booklets

Booklets within the literacy area help children to reflect on the concepts of reading and writing, whilst promoting communication, breadth of vocabulary and the skills to present and justify an opinion.


For example, within the “Big Question: Writing” booklet, staff and children can find the following questions:

  • What is writing?
  • If nobody could read, would we still need to write?

What's more important, writing or drawing?Alongside these and other questions, there are images of different types of writing. Musical notation, cave drawings, computer text and graffiti to name but a few. Children are empowered to discuss what their understanding of writing actually is and whether others think the same. Staff are careful not to direct conversations or present their own views.  

Maths booklets

Maths booklets are based around all aspects of the subject: shape, size, number. . .

  • If a shape doesn’t have a name, is it still a shape?
  • What is time?
  • If you could be a circle or a triangle, which would you choose and why?

Questions do not need to be based around developing subject knowledge, and the more abstract and creative the question, the more open to all learners the booklets become.  

Children explore the questions and share views. On revisiting these questions another day, often opinions will change or become further embellished. Children become aware that listening to different points of view can influence thinking.

Creative questions

Developing the skills of abstract thought and creative thinking is a powerful gift and children enjoy presenting their theories, whilst sometimes struggling to understand that there is no right or wrong answer. For the more analytical thinkers, being asked to consider whether feelings are alive – leading to an exploration of the concept “alive” – can be highly challenging. Many children would prefer to answer, “What is two and one more?”  

Alfreton Nursery School’s culture of embracing enquiry, open mindset and respect for all supports children’s levels of tolerance, whilst providing cognitive challenge and opportunities for aspirational discourse. The use of simple strategies to support challenge in the classroom ensures that challenge for all is authentically embedded into our early years practice.  

Read more from Alfreton Nursery School:

Tags:  cognitive challenge  critical thinking  curriculum  early years foundation stage  enquiry  oracy  pedagogy  philosophy  questioning 

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Hong Kong in the curriculum: 3 ingredients for challenge and engagement

Posted By Oliver Barnes, 04 December 2024
Ollie Barnes is lead teacher of history and politics at Toot Hill School in Nottingham, one of the first schools to attain NACE Challenge Ambassador status. Here he shares key ingredients in the successful addition of a module on Hong Kong to the school’s history curriculum. You can read more in this article published in the Historical Association’s Teaching History journal.
 
When the National Security Law came into effect in Hong Kong, it had a profound and unexpected impact 6000 miles away, in Nottinghamshire’s schools. Important historical changes were in process and pupils needed to understand them. As a history department in a school with a growing cohort of Hong Kongers, it became essential to us that students came to appreciate the intimate historical links between Hong Kong and Britain and this history was largely hidden, or at least almost entirely absent, in the history curriculum.
 
But exploring Hong Kong gave us an opportunity to tell our students a different story, explore complex concepts and challenge them in new ways. Here I will outline the opportunities that Hong Kong can offer as part of a broad and diverse curriculum.
 
Image source: Unsplash

1. Tell a different story

In our school in Nottinghamshire, the student population is changing. Since 2020, the British National Overseas Visa has allowed hundreds of families the chance to start a new life in the UK. Migration from Hong Kong has rapidly increased. Our school now has a large Cantonese-speaking cohort, approximately 15% of the school population. The challenge this presented us with was how to create a curriculum which is reflective of our students.
 
Hong Kong offered us a chance to explore a new narrative of the British Empire. In textbooks, Hong Kong barely gets a mention, aside from throwaway statements like ‘Hong Kong prospered under British rule until 1997’. We wanted to challenge our students to look deeper.
 
We designed a learning cycle which explored the story of Hong Kong, from the Opium Wars in 1839 to the National Security Law in 2020. This challenged our students to consider their preconceptions about Hong Kong, Britain’s impact and migration.

2. Use everyday objects

To bring the story to life, we focused on everyday objects, which are commonly used by our students and could help to tell the story.
 
First, we considered a cup of tea. We asked why a drink might lead to war? We had already explored the Boston Tea Party, as well as British India, so students already knew part of this story, but a fresh perspective led to rich discussions about war, capitalism, intoxicants and the illegal opium trade.
 
Our second object was a book, specifically Mao’s Little Red Book. We used it to explore the impact of communism on China, showing how Hong Kong was able to develop separately, with a unique culture and identity.
 
Lastly, an umbrella. We asked: how might this get you into trouble with the police? Students came up with a range of uses that may get them arrested, before we revealed that possessing one in Hong Kong today could be seen as a criminal act. This allowed us to explore the protest movement post-handover.
 
At each stage of our enquiry, objects were used to drive the story, ensuring all students felt connected to the people we discussed.
 
Umbrella Revolution Harcourt Road View 2014 (Source: Wikimedia Commons)

3. Keep it complex

In order to challenge our students, we kept it complex. They were asked to draw connections and similarities between Hong Kong and other former British colonies. We also wanted them to encounter capitalism and communism, growth and inequality. Hong Kong gave us a chance to do this in a new and fresh way.
 
Part of this complexity was to challenge students’ preconceptions of communism, and their assumptions about China. By exploring the Kowloon walled city, which was demolished in 1994, students could discuss the problems caused by inequality in a globalised capitalist city.
 
Image source: Unsplash

What next?

Our Year 9 students responded overwhelmingly positively. The student survey we conducted showed that they enjoyed learning the story and it helped them understand complex concepts.
 
Hong Kong offers curricula opportunities beyond the history classroom. In English, students can explore the voices of a silenced population, forced to flee or face extradition. In geography, Hong Kong offers a chance to explore urbanisation, the built environment and global trade.

Additional reading and resources

Plus: check out NACE’s subject-specific resources for more ideas and inspiration in your field, and get in touch to share an approach that’s worked well in your school.

Tags:  cognitive challenge  critical thinking  curriculum  enquiry  history  KS3  pedagogy 

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Building metacognition; breaking down barriers to learning

Posted By Amanda Hubball, 11 November 2024

Amanda Hubball, Deputy Head and More Able Lead at Alfreton Nursery School, explores the power of metacognition in empowering young people to overcome potential barriers to achievement.  

Disadvantage presents itself in different ways and has varying levels of impact on learners. It is important to remember that disadvantage is wider than children who are in receipt of pupil premium or children who have a special educational need. Disadvantage can be based around family circumstances, for example bereavement, divorce, mental health… Disadvantages can be long-term or short-term and the fluidity of disadvantage needs to be acknowledged in order for educators to remain effective and vigilant for all children, including more able learners. If we accept that disadvantage can impact any child at any time, then it is essential that we provide all children with the tools they need to navigate challenge.    

More able learners are as vulnerable to the impact of disadvantage as other learners and indeed research would suggest that outcomes for more able learners are more dramatically impacted by disadvantage than outcomes for other children. A cognitive toolbox that is familiar, understood and accessible at all times, can be a highly effective support for learners when there are barriers to progress. By ensuring that all learners are taught metacognition from the beginning of their educational journey and year on year new metacognition skills are integrated, a child is empowered to maintain a trajectory for success.       

How can metacognition reduce barriers to learning?         

Metacognition supports children to consciously access and manipulate thinking strategies, thus enabling them to solve problems. It can allow them to remain cognitively engaged for longer, becoming emotionally dysregulated less frequently. A common language around metacognition enables learners to share strategies and access a clear point of reference, in times of vulnerability. Some more able learners can find it hard to manage emotions related to underachievement. Metacognition can help children to address both these emotional and cognitive demands.

In order for children to impact their long-term memory and fully embed metacognitive strategies, educators need to teach in many different ways. Metacognition needs to be visually reflected in the learner’s environment, supporting teachers to teach and learners to learn.   

How do we do this at Alfreton Nursery School?

At Alfreton Nursery School we ensure that discourse is littered with practical examples of how conscious thinking can result in deeper understanding. Spontaneous conversations are supported by visual aids around the classroom, enabling teachers and learners to plan and reflect on thinking strategies. Children are empowered to integrate the language of metacognition as they explain their learning and strive for greater understanding.

 

Adults in school use metacognitive terms when talking freely to each other, exposing children to their natural use. Missed opportunities are openly shared within the teaching team, supporting future developments.

Within enrichment groups, metacognition is a transparent process of learning. Children are given metacognitive strategies at the beginning of enhancement opportunities and encouraged to reflect and evaluate at the end. Whether working indoors or outdoors, with manipulatives or abstract concepts and individually or in a group, metacognition is a vehicle through which all learners can access lesson content.

We use the ‘Thinking Moves’ metacognition framework (you can read more about this here). Creative application of this framework supports the combination of metacognition words, to make strings of thinking strategies. For example, a puppet called FRED helps children to Formulate, Respond, Explain and Divide their learning experiences. A QUEST model helps children to follow a process of Questioning, Using, Explaining, Sizing and Testing.

Metacognition supports children of all abilities, ages and backgrounds, to overcome barriers to learning. Disadvantage is thus reduced.

Moving from intent to implementation

Systems and procedures at Alfreton Nursery School serve to scaffold day to day practice and provide a backdrop of expectations and standards. In order to best serve more able children who are experiencing disadvantage, these frameworks need to be explicit in their inclusivity and flexibility. Just as every policy, plan, assessment, etc will address the needs of all learners – including those who are more able – so all these documents explicitly address how metacognition will support all learners. To ensure that visions move beyond ‘intent’ and are fully implemented, systems need to guide provision through a metacognitive lens.  

Metacognition is woven into all curriculum documents. A systematic and dynamic monitoring system, which tracks the progress and attainment of all learners, ensures that children have equal focus on cognition and emotion, breaking down barriers with conscious intent.

 

At Alfreton Nursery School, those children who are more able and experiencing disadvantage receive a carefully constructed meta-curriculum which scaffolds their journey towards success, in whatever context that may manifest itself. Children learn within an environment where teachers can articulate, demonstrate and inculcate the power of metacognition, enabling children to be the best that they can be.

How is your school empowering and supporting young people to break down potential barriers to learning and achievement? Read more about NACE’s research focus for this academic year, and contact us to share your experiences.

 

Tags:  cognitive challenge  critical thinking  disadvantage  early years foundation stage  language  metacognition  oracy  pedagogy  problem-solving  resilience  underachievement  vocabulary 

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Environmental education in the early years: intent, implementation, impact

Posted By Amanda Hubball, 17 April 2023
Updated: 17 April 2023

NACE Associate Amanda Hubball, Deputy Head and More Able Lead at Challenge Award-accredited Alfreton Nursery School, explains why and how environmental education has become an integral part of provision in her early years setting.

1. What’s the intent?

The ethics of teaching children of all ages about sustainability is clear. However, teaching such big concepts with such small children needs careful thought. The intention at Alfreton Nursery School is to stimulate an enquiring mind and to nurture children to believe in a solutions-based future.  

Exposure to climate change from an adult perspective is dripping into our children’s awareness all the time. At Alfreton Nursery School we believe it is so important to take the current climate and give children a voice and a role within it. The invincibility of the early years mindset has been harnessed, with playful impact.

2. How do I implement environmental education with four-year-olds?

Environment

Just as an effective school environment supports children’s mathematical, creative (etc) development, so our environment at Alfreton is used to educate children on the value of nature. The resources we use are as ethically made and resourced as possible. We use recycled materials and recycled furniture, and lights are on sensors to reduce power consumption. 

Like many schools, we have adapted our environment to work with the needs of the planet, and at Alfreton we make our choices explicit for the children. We talk about why the lights don’t stay on all the time, why we have a bicycle parking area in the carpark and why we are sitting on wooden logs, rather than plastic chairs. Our indoor spaces are sprinkled with beautiful large plants, adding to air quality, aesthetics and a sense of nature being a part of us, rather than separate. Incidental conversations about the interdependence of life on our planet feed into daily interactions. 

Our biophilic approach to the school environment supports wellbeing and mental health for all, as well as supporting the education of our future generations.  

Continuous provision and enhancements

Within continuous provision, resources are carefully selected to enhance understanding of materials and environmental impact. We have not discarded all plastic resources and sent them to landfill. Instead we have integrated them with newer ethical purchasing and take the opportunity to talk and debate with children. Real food is used for baking and food education, not for role play. Taking a balanced approach to the use of food in education feels like the respectful thing to do, as many of our families exist in a climate of poverty.  

Larger concepts around deforestation, climate change and pollution are taught in many ways. Our provision for more able learners is one way we expand children’s understanding.  In the Aspiration Group children are taught about the world in which they live and supported to understand their responsibilities. We look at ecosystems and explore human impact, whilst finding collaborative solutions to protect animals in their habitats. Through Forest Schools children learn the need to respect the woodlands. Story and reference literature is used to stimulate empathy and enquiry, whilst home-school partnerships further develop the connections we share with community projects to support nature.   

We have an outdoor STEM Hive dedicated to environmental education. Within this space we have role play, maths, engineering, small world, science, music… but the thread which runs through this area is impact on the planet. When engaged with train play, we talk about pollution and shared transport solutions. When playing in the outdoor house we discuss where food comes from and carbon footprints. In the Philosophy for Children area we debate concepts like ‘fairness’ – for me, you, others and the planet. And on boards erected in the Hive there are images of how humans have taken the lead from nature. For example, in the engineering area there are images of manmade bridges and dams, along with images of beavers building and ants linking their bodies to bridge rivers.  

3. Where will I see the impact?

Our environmental work in school has supported the progression of children across the curriculum, supporting achievements towards the following goals:

Personal, Social and Emotional Development:

  • Show resilience and perseverance in the face of challenge
  • Express their feelings and consider the feelings of others

Understanding the World:

  • Begin to understand the need to respect and care for the natural environment and all living things
  • Explore the natural world around them
  • Recognise some environments that are different from the one in which they live

(Development Matters, 2021, DfE)

More widely, children are thinking beyond their everyday lived experience and connecting their lives to others globally. Our work is based on high aspirations and a passionate belief in the limitless capacity of young children. Drawing on the synthesis of emotion and cognition ensures learning is lifelong. The critical development of their relational understanding of self to the natural world has seen children’s mental health improve and enabled them to see themselves as powerful contributors, with collective responsibilities, for the world in which they live and grow.  


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Tags:  cognitive challenge  creativity  critical thinking  curriculum  early years foundation stage  pedagogy  resilience  wellbeing 

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Developing oracy for high achievement: challenges and opportunities

Posted By Jonathan Doherty, 13 March 2023
Updated: 07 March 2023

NACE Associate Dr Jonathan Doherty outlines the focus of this year’s NACE R&D Hub on “oracy for high achievement” – exploring the impetus for this, challenges for schools, and approaches being trialled.

This year one of the NACE Research & Development Hubs is examining the theme of ‘oracy for high achievement’. The Hub is exploring the importance of rich and extended talk and cognitive discourse in the context of shared classroom practice. School leaders and teachers participating in the Hub are seeking to improve the value and effectiveness of speaking and listening. They are developing a body of knowledge about provision and pedagogy for more able learners, sharing ideas and practice and contributing to wider research evidence on oracy through their classroom-based enquiries.

Why focus on oracy?

Oracy is one of the most used and most important skills in schools. To be able to speak eloquently and with confidence, to articulate thinking and express an opinion are all essential for success both at school and beyond. Communication is a vital skill for the 21st century from the early years, through formal education, to employment. It embraces skills for relationship building, resolving conflict, thinking and learning, and social interaction. Oral language is the medium through which children communicate formally and informally in classroom contexts and the cornerstone of thinking and learning. The NACE publication Making Space for Able Learners found that “central to most classroom practice is the quality of communication and the use of talk and language to develop thinking, knowledge and understanding” (NACE, 2020, p.38). 

Oracy is very much at the heart of classroom practice: modern classroom environments resound to the sound of students talking: as a whole class, in group discussions and in partner conversations. Teachers explaining, demonstrating, instructing and coaching all involve the skills of oracy. Planned purposeful classroom talk supports learning in and across all subject areas, encouraging students to: 

  • Analyse and solve problems
  • Receive, act and build upon answers 
  • Think critically
  • Speculate and imagine
  • Explore and evaluate ideas

Dialogic teaching’ is highly influential in oracy-rich classrooms (Alexander, 2004). It uses the power of classroom talk to challenge and stretch students. Through dialogue, teachers can gauge students’ perspectives, engage with their ideas and help them overcome misunderstandings. Exploratory talk is a powerful context for classroom talk, providing students with opportunities to share opinions and engage with peers (Mercer & Dawes, 2008). It is not just conversational talk, but talk for learning. Given the importance and prevalence of classroom talk, it would be easy to assume that oracy receives high status in the curriculum, but its promotion is not without obstacles to overcome. 

Challenges for schools in developing oracy skills

Covid-19 has impacted upon students’ oracy. A report from the children’s communication charity I CAN estimated that more than 1.5 million UK young people risk being left behind in their language development as a result of lost learning in the Covid-19 period (read more here). The Charity reported that the majority of teachers were worried about young people being able to catch up with their speaking and understanding as a result of the pandemic (I CAN, 2021). 

With origins going back to the 1960s, the term oracy was introduced as a response to the high priority placed on literacy in the curriculum of the time. Rien ne change, with the current emphasis remaining exactly so. Literacy skills, i.e. reading and writing, continue to dominate the curriculum. Oracy extends vocabulary and directly helps with learning to read.  The educationalist James Nimmo Britton famously said that “good literacy floats on a sea of talk” and recognised that oracy is the foundation for literacy. 

Teachers do place value on oracy. In a 2016 survey by Millard and Menzies of 900 teachers across the sector, over 50% said they model the sorts of spoken language they expect of their students, they do set expectations high, and they initiate pair or group activities in many lessons. They also highlighted the social and emotional benefits of oracy and suggested it has untapped potential to support pupils’ employability – but reported that provision is often patchy and that CPD was sparse or even non-existent. 

Another challenge is that oracy is mentioned infrequently in inspection reports. An analysis of reports of over 3,000 schools on the Ofsted database, undertaken by the Centre for Education and Youth in 2021, found that when taken in the context of all school inspections taking place each year, oracy featured in only 8% of reports.

The issue of how oracy is assessed is a further challenge. Assessment profoundly influences student learning. Changes to assessment requirements now provide schools with new freedoms to ensure their assessment systems support pupils to achieve challenging outcomes. Despite useful frameworks to assess oracy such as the toolkit from the organisation Voice 21, there is no accepted system for the assessment of oracy.

What are NACE R&D Hub participants doing to develop oracy in their schools?

The challenges outlined above make the work of participants in the Hub of real importance. With a focus on ‘oracy for high achievement’, the Hub is supporting teachers and leaders to delve deeper into oracy practices in their classrooms. The Hub supports small-scale projects through which they can evidence the impact of change and evaluate their practice. Activities are trialled over a short period of time so that their true impact can be observed in school and even replicated in other schools. 

The participants are now engaged in a variety of enquiry-based projects in their classrooms and schools. These include:

  • Use of the Harkness Discussion method to enable more able students to exhibit greater depth of understanding, complexity of response and analytical skills within cognitively challenging learning;
  • Explicit teaching of oracy skills to improve independent discussion in science and history lessons;
  • Introduction of hot-seating to improve students’ ability to ask valuable questions;  
  • Choice in oral tasks to improve the quality of students’ analytical skills;
  • Oracy structures in collaborative learning to challenge more able students’ deeper learning and analysis;
  • Better reasoning using oracy skills in small group discussion activities; 
  • Interventions in drama to improve the quality of classroom discussion.

Share your experience

We are seeking NACE member schools to share their experiences of effective oracy practices, including new initiatives and well-established practices. You may feel that some of the examples above are similar to practices in your own school, or you may have well-developed models of oracy teaching and learning that would be of interest to others. To share your experience, simply contact us, considering the following questions:

  • How can we implement effective oracy strategies without dramatically increasing teacher workload?
  • How can we best develop oracy for the most able in mixed ability classrooms?
  • What approaches are most effective in promoting oracy in group work so that it is productive and benefits all learners? 
  • How can we implicitly teach pupils to justify and expand their ideas and make clear opportunities to develop their understanding through talk and deepen their understanding?
  • How do we evidence challenge for oracy within lessons?

Teachers should develop students’ spoken language, reading, writing and vocabulary as integral aspects of the teaching of every subject. Every teacher is a teacher of oracy. The report of the All-Party Parliamentary Group inquiry into oracy in schools concluded that there was an indisputable case for oracy as an integral aspect of education. This adds to a growing and now considerable body of evidence to celebrate the place that oracy has in our schools and in our society. Oracy is in a unique place to support the learning and development of more able pupils in schools and the time to give oracy its due is now. 

References

  • Alexander, R. J. (2004) Towards dialogic teaching: Rethinking classroom talk. York, UK: Dialogos.
  • Britton, J. (1970) Language and learning. London: Allen Lane. [2nd ed., 1992, Portsmouth NH:  Boynton/Cook, Heinemann].
  • I CAN (2021) Speaking Up for the Covid Generation. London: I CAN Charity.
  • Lowe, H. & McCarthy, A. (2020) Making Space for Able Learners. Didcot, Oxford: NACE.
  • Mercer, N. &. Dawes., L. (2008) The Value of Exploratory Talk. In Exploring Talk in School, edited by N. Mercer and S. Hodgkinson, pp. 55–71. London: Sage.
  • Millard, W. & Menzies, L. (2016) The State of Speaking in Our Schools. London: Voice 21/LKMco.
  • Millard, W., Menzies, L. & Stewart, G. (2021) Oracy after the pandemic: what Ofsted, teachers and young people think about oracy. Centre for Education & Youth/University of Oxford. 

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Tags:  cognitive challenge  collaboration  confidence  CPD  critical thinking  language  metacognition  oracy  pedagogy  policy  questioning  research  vocabulary 

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5 steps to embed metacognition in the early years

Posted By Amanda Hubball, 20 February 2023
Updated: 20 February 2023

NACE Associate Amanda Hubball, Deputy Head and More Able Lead at Challenge Award-accredited Alfreton Nursery School, shares five key approaches to embed metacognition in the early years. 

At Alfreton Nursery School metacognition has been systematically embedded across the whole curriculum for the last three years. Through the use of an approach constructed by Roger Sutcliffe (DialogueWorks) called Thinking Moves, we’ve successfully implemented an innovative approach to learning.

When we talk about the progression of mathematical understanding we have a shared language. We all understand what it means to engage in addition and subtraction. Phonics, science . . . all areas of learning have a common linguistic foundation.

However, when it comes to the skills of thinking and learning, there is no common language and the concepts are shrouded in misconception. Do children learn visually, kinaesthetically . . . ? Are there different levels to learning? Based on the belief that we are all thinking and learning all of the time, Thinking Moves has been implemented at Alfreton Nursery School. Thinking Moves provides the language to explain the process of thinking and has thus provided a common framework on which to master learning.  

1. Develop and model a shared vocabulary

A shared vocabulary, used by all staff and children, has provided the adults with a tool to explain teaching, and the children with a tool to aid learning.  Crucially, the commonality in language means that learning is transparent. For example, when children explain what comes next in a story, they are using the A in the A-Z: thinking Ahead. During the story recall children are using B: thinking Back. The A-Z of Thinking Moves supports children to consciously choose and communicate the thinking strategies they intend to use, are using, or have used to achieve success.  

Teaching staff build on the more commonly used Thinking Moves words, whilst subtly introducing less familiar terms. The use of synonyms within conversation, to accompany the language of Thinking Moves, supports both adults and children to use the words in context.     

“I’m going to think ahead, cos I need to choose the bricks I need to build my rocket.”

2. Embed metacognitive concepts in the learning environment

The learning environment critically supports the children’s use of metacognition. With each word comes a symbol. These symbols are used to visually illustrate Thinking Moves. Children use these symbols to explain what type of thinking they are engaged in and what they need to do next. 
The integration of the symbols into the classroom environment has ensured that there is conscious intent to implement metacognition within all areas of the curriculum. Teachers use the symbols as prompts. Children use the symbols to help them articulate their thinking and as an aid to knowing what strategies will help them further. 

Through immersing children in the visual world of metacognition, all children – regardless of age and stage of development – are supported in their learning.

3. Break it down into manageable chunks

The A-Z includes some words which slide easily into conversation. Other words are less easily integrated into everyday speech. In order to ensure that a variation of language is incorporated throughout the curriculum, specific areas of the curriculum have dedicated Thinking Moves words. For example, Expressive Art and Design have embraced the metacognitive moves of Vary, Zoom and Picture. This ‘step by step’ strategy gives teaching staff the confidence to learn and use the A-Z in small chunks.  

Over time, as confidence grows, the use of metacognitive language becomes a natural part of daily discourse. Whether in the staffroom over lunch, planning the timetable or sharing a jigsaw, metacognition has become a part of daily life.

4. Use to support targeted teaching across the curriculum

Metacognition is embedded throughout continuous provision and is accessed by all children through personalised interactions. Enhancements are offered across the curriculum and metacognition forms a vehicle on which targeted teaching is delivered. For example, by combining thinking moves together, we have created thinking grooves. By using certain moves together, the flow of thinking is explicit. 

Within our maths enhancements we use the maths QUEST approach. A session begins with a Question, e.g. “How many will we have if we add one more to this group?” Children Use their mathematical understanding and Explain what they will need to do to solve the problem. The answer is Sized, “Are there more or less now?”, and then this is Tested to establish the consistency of the answer. Maths QUESTs now underpin our mathematical enhancements, allowing children to consciously use maths and metacognition simultaneously.  

5. Embed within progression planning

When looking at the curriculum and skill progression across the school, it has been helpful to consider which Thinking Moves explicitly support advancement. For children to progress in their acquisition of new concepts, they need to know clearly how to access their learning. Within our planning and assessment systems, areas of metacognitive focus have been identified.  

For example, within literacy we have raised our focus on the Thinking Move Infer. For children to gather information from a story is a key skill for future progression. Within science we emphasise the need to Test and within music we support children to Respond. Progression planning now has a clear focus on cognitive challenge, as well as subject knowledge.

Embedding metacognition in the early years supports children to master their own cognition and gives them a voice for life.  

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Tags:  critical thinking  early years foundation stage  metacognition  pedagogy  vocabulary 

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