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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Posted By Anjali Patel, Centre for Literacy in Primary Education (CLPE),
04 June 2025
Updated: 04 June 2025
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Anjali Patel, Lead Advisory Teacher, Centre for Literacy in Primary Education (CLPE)
The Centre for Literacy in Primary Education (CLPE) is an independent UK charity, and English Association, dedicated to raising the literacy achievement of children by putting quality literature at the heart of all learning.
It is a charity with a national and international reputation for providing excellent literacy training and resources for primary schools, based on extensive research and best practice.
CLPE’s core beliefs and mission align with those of NACE in that we believe it is every child’s right to achieve and to be given the opportunities and experiences necessary to thrive.

What is Power of Reading?
CLPE’s research around the importance of using quality texts as the basis for English planning and quality teaching, and to provide reflective professional development, is embodied in our flagship training programme: the Power of Reading.
Built on 50 years of CLPE’s research, the Power of Reading explores the impact high-quality literature has on children’s engagement and attainment as readers and the link between reading and children’s writing development, supported by creative teaching approaches to develop a whole-school curriculum, which fosters a love of reading and writing to raise achievement in literacy.
In short, we recommend the kinds of books that provide challenge and opportunity for sustained shared study in whole-class English lessons with detailed teaching sequences that enable teachers across all primary Key Stages to work in depth with the best children’s literature being published today.
When ‘broad and balanced’ became overloaded and surface-level
So why do we believe should Power of Reading be at the heart of any English curriculum?
At CLPE, our school members are integral to our work. We benefit from thousands of schools and teachers being part of that CLPE community and this means we can draw on our relationship with and research in these schools to design professional development programmes and teaching resources that remain relevant.
The Power of Reading programme is refined each year, informed by the evaluations of participants and to take into account new research or statutory guidance or developments from the DfE and Ofsted and to support our schools to interpret and implement policy and guidance with confidence and integrity to what we know works.
In recent years, the issues raised with us by teachers and leaders on our INSETs and training sessions has been overridingly related to concerns around understanding how to use language to communicate meaning and for effect, both orally and in writing; and in editing, refining and response to writing. Perhaps their views resonate with you?
“Children are not motivated to edit their work beyond proofreading for spelling or other ‘surface features’.”
“There is so much curriculum content, we are teaching too much at a surface level rather than teaching at depth, particularly in writing.”
“The EYFS curriculum is too constrained for periods of sustained shared thinking to happen. Reduced time is spent at play, with more carpet time ‘sitting and listening’.”
“Responses to texts don’t have depth, children aren’t able to go below the surface and be reflective and evaluative.”
“Some set structures and routines, e.g. ‘we have to do writing every day’, ‘we have to do grammar on a Wednesday’ are barriers to developing effective practice, particularly in writing.”
“Not enough time and expertise in how to respond to writing as readers (teachers and children) – text references are features-based, not drawing on language and composition for effect.”
Providing depth to close the disadvantage gap
It is interesting to explore these commonly shared views through the lens of inclusion and to make the connection between being ‘more able’ and the kinds of experiences that lead to this opportunity to thrive and become highly literate.
Children from privileged backgrounds are more likely to experience the kinds of book ownership and book sharing experiences that support them to deepen their reader response and understanding of the world so that – in school – they can begin to explore how authors, illustrators or poets can achieve this response and how they themselves can make meaning for a reader in their own writing.
Children from disadvantaged backgrounds are more reliant on classroom routines and resources to be able to access and make connections with high-quality, representative children’s literature; to engage in daily book sharing experiences; develop deeper reader response through sustained book talk; and, as Frank Smith (1982) put it, ‘join the literacy club’ (1).
If teachers are saying they are constrained by an overloaded curriculum or lack opportunity to develop subject knowledge through quality professional development (2), the English curriculum will become increasingly disjointed and ‘surface’ level with a disadvantage gap that grows ever wider. When what all teachers want is to give every child the opportunity to work at greater depth whatever their starting point.
The last thing we want is for only privileged children to be afforded the benefits of challenge and so we must provide an equitable curriculum that enables all children to be motivated to make and create meaning with rich texts through non-reductive teaching approaches and with expert teachers.
And this is why we believe at CLPE that the Power of Reading is as necessary today as it was 20 years ago, if not more so.
The impact of a reading-rich English curriculum
The Power of Reading programme stems from CLPE’s seminal research publication The Reader in the Writer (3). This research aimed to investigate how children's writing might be influenced by studying challenging literary texts in the classroom.
The findings from that research serve as the backbone to CLPE’s training programme and they are at the heart of the Power of Reading teaching sequences that support our members to develop an evidence-led literacy curriculum in their own classrooms.
After 20 years, and with thousands of teachers trained across the UK and internationally, the programme continues to evidence impact on teachers and children whose schools have participated in the training. All the evidence we collect to measure impact continues to teach us how powerful reading can be for both children’s academic attainment and wider learning and development.
An independent evaluation by Leeds Trinity University reported on the impact of using Power of Reading in 11 Bradford schools from Autumn 2018 to Spring 2019 (4). The report shows that children in these schools made accelerated progress and the achievement gap between advantaged and disadvantaged pupils was significantly narrowed.

More recently, in evaluating the impact of Power of Reading on children in the Early Years (5), the gap between disadvantaged children and their peers was smaller in research schools compared to all pupils within the local area. And when we compared the engagement and attainment of project children at the start and end of their Reception year, the findings were significant with double the number of children working at age-related expectations in Language and Literacy Areas of Learning.
Key recommendations for a challenging English curriculum
So what can we learn from this research to support classroom practice?
If we can create an English curriculum that is evidenced to close the disadvantage gap through exposure to and engagement in high-quality texts leading to increased world and vocabulary knowledge and writing outcomes in which children make deliberate choices for their own readers, we are creating a curriculum in which all children have access to experiences that increase their self-efficacy and the chance to be more able.
Our Associate Schools – in some of the most disadvantaged communities in England – observe children working at and achieving greater depth and this is articulated beautifully in a recent case study from the team at Miriam Lord Community Primary School in Bradford.
The Power of Reading practice and provision at Miriam Lord – and the outcomes observed – connect deeply with NACE’s core principles and can be framed as key recommendations for a challenging English curriculum:
- Ensure teachers have strong subject knowledge of high-quality children’s literature so they can give children access to a range of literary forms within and across all year groups.
“[The children] can talk with a greater depth of knowledge of authors… so their ability to compare themes, characters, likes, dislikes is so much better than it ever was and then that communicates into the writing.”
Find out more about our Power of Reading English curriculum maps.
- Choose books in which they see their own and other realities represented so that you can build authentic reader and writer identities in all children which allow them to develop and demonstrate their abilities.
“The children need to see themselves in books – or at least an element of their lives – in books. They need access to books that they can connect to and that will draw them in and I think the book choices we give them here give them a bigger hook, certainly than the book choices I had when I was growing up.”
Find out more about CLPE’s Reflecting Realities Research.
- Use a range of non-reductive, social and creative teaching approaches to deepen children’s understanding and broaden their experiences, including drama, artwork and storytelling.
“It provides lots of opportunities for immersion and exploration which is really important for a number of children that come to our school because they’ve got deprivation of experience so they don’t get to have those exciting days out or lots of real-world experiences so the books give them that and then they get to participate in role play and activities which enthuse them which then feeds into their writing process.”
Find out about CLPE’s recommended teaching approaches.
- Follow an authentic writing process in which children are making meaning from well-crafted written language, then engage in making conscious choices with their own writing. Focus not on the ‘what’ but the ‘why’ when making such choices, within a community of readers and writers.
“It puts children’s enjoyment at the centre of everything. It’s not focused solely on the final written output and the success criteria which was the case for a number of years and it made the whole writing process quite onerous and quite boring for children.”
Find out more about CLPE’s reader into writing research.
- Make explicit the connections children can make between growing literacy knowledge and skills and in wider curriculum work so that children have opportunity to thrive across a range of contexts and throughout the curriculum.
“It has wider themes threaded through it like geography, history, citizenship so it’s not just English as a stand-alone subject.”
Find out more about the Power of Reading books recommended for each Key Stage.
References
(1) Joining the Literacy Club. Further Essays into Education, Frank Smith (Heinemann, 1987)
(2) Independent review of teachers’ professional development in schools: phase 2 findings (Ofsted, May 2024)
(3) The Reader in the Writer, Myra Barrs and Valerie Cork (CLPE, 2000)
(4) Leeds Trinity University report on the impact of Power of Reading in the Exceed Academies Trust, Bradford (2019)
(5) The Power of Reading in the Early Years (CLPE, 2023)
Additional resources and support
Plus: save the date! On Friday 3rd October NACE and CLPE are collaborating on a “member meetup” event (free for staff at NACE member schools) exploring approaches to sustain pleasure and challenge in reading and literacy across Key Stages 2 and 3. Details coming soon to the NACE community calendar.
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Posted By Lol Conway,
06 May 2025
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Lol Conway, Curriculum Consultant and Trainer for the Design and Technology Association
Throughout my teaching, inclusivity has always been at the forefront of my mind – ensuring that all students can access learning, feel included, and thrive. Like many of my fellow teachers, at the start of my teaching career my focus was often directed towards supporting SEND or disadvantaged students, for example. I have come to realise, to my dismay, that more able students were not high up in my consideration. I thought about them, but often as an afterthought – wondering what I could add to challenge them. Of course, it should always be the case that all students are considered equally in the planning of lessons and curriculum progression and this should not be dictated by changes in school data or results. Inclusivity should be exactly that – for everyone.
True inclusivity for more able students isn’t about simply adding extra elements or extensions to lessons, much in the same way that inclusivity for students with learning difficulties isn’t about simplifying concepts. Instead, it’s about structuring lessons from the outset in a way that ensures all students can access learning at an appropriate level.
I realised that my approach to lesson planning needed to change to ensure I set high expectations and included objectives that promoted deep thinking. This ensured that more able students were consistently challenged whilst still providing structures that supported all learners. It is imperative that teachers have the confidence and courage to relentlessly challenge at the top end and are supported with this by their schools.
As a Design and Technology (D&T) teacher, I am fortunate that our subject naturally fosters higher-order thinking, with analysis and evaluation deeply embedded in the design process. More able students can benefit from opportunities to tackle complex, real-world problems, encouraging problem-solving and interdisciplinary connections. By integrating these elements into lessons, we can create an environment where every student, including the most able, is stretched and engaged. However, more often than not, these kinds of skills are not always nurtured at KS3.
Maximizing the KS3 curriculum
The KS3 curriculum is often overshadowed by the annual pressures of NEA and examinations at GCSE and A-Level, often resulting in the inability to review KS3 delivery due to the lack of time. However, KS3 holds immense potential. A well-structured KS3 curriculum can inspire and motivate students to pursue D&T while also equipping them with vital skills such as empathy, critical thinking, innovation, creativity, and intellectual curiosity.
To enhance the KS3 delivery of D&T, the Design and Technology Association has developed the Inspired by Industry resource collection – industry-led contexts which provide students with meaningful learning experiences that go beyond theoretical knowledge. We are making these free to all schools this year, to help teachers deliver enhanced learning experiences that will equip students with the skills needed for success in design and technology careers.
By connecting classroom projects to real-world industries, students gain insight into the practical applications of their learning, fostering a sense of purpose and motivation. The focus shifts from achieving a set outcome to exploring the design process and industry relevance. This has the potential to ‘lift the lid’ on learning, helping more able learners to develop higher-order skills and self-directed enquiry.
These contexts offer a diverse range of themes, allowing students to apply their knowledge and skills in real-world scenarios while developing a deeper understanding of the subject and industry processes. Examples include:
- Creating solutions that address community issues such as poverty, education, or homelessness using design thinking principles to drive positive change;
- Developing user-friendly, inclusive and accessible designs for public spaces, products, or digital interfaces that accommodate people with disabilities;
- Designing eco-friendly packaging solutions that consider materials, manufacturing processes, and end-of-life disposal.
These industry-led contexts foster independent discovery and limitless learning opportunities, particularly benefiting more able students. By embedding real-world challenges into the curriculum, we can push the boundaries of what students can achieve, ensuring they are not just included but fully engaged and empowered in their learning journey.
Find out more…
NACE is partnering with the Design & Technology Association on a free live webinar on Wednesday 4 June 2025, exploring approaches to challenge all learners in KS3 Design & Technology. Register here.
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Posted By Tom Greenwood,
26 March 2025
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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.
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Posted By James Croxton-Cayzer,
26 March 2025
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Walton Priory Middle School’s James Croxton-Cayzer shares his top tips for ensuring practical science lessons get students thinking as well as doing.
"Sir, are we doing a practical today?"
If you teach science, you probably hear this question at least once a lesson. Pupils love practical work, but how often do we stop and ask ourselves: are they really learning from it? Are practicals just a fun way to prove a theory, or can they be something deeper – something that engages students intellectually as well as physically?
I was recently asked to speak at a NACE member meetup about how we at Walton Priory Middle School ensure that practicals are not just hands-on, but minds-on as well. Here’s how we approach it.
1. Don’t just do a practical: know why
Before anything else, ask yourself: What do I want my pupils to learn? Every practical should have a clear learning goal, whether that’s substantive knowledge (e.g. learning about the planets) or disciplinary knowledge (e.g. “How are we going to find out the RPM of a propeller?”).
I used to assume that if pupils were engaged, they were learning. But engagement isn’t the same as deep thinking. By clearly defining why we are doing a practical and keeping cognitive overload in check, pupils can focus on the right aspects of the lesson.
2. Give them a puzzle to solve
Rather than handing over all the information at once, I break lessons into two parts:
- Knowledge I am going to give them
- Knowledge I want them to discover for themselves
Children love discovery. Instead of telling them everything, create opportunities for them to piece it together themselves. If you’re like I was, you might worry about withholding information in case they never figure it out. But I’ve found that knowledge earned is usually better retained and understood than knowledge simply given.
For example, when teaching voltage in Year 6, I might tell them that increasing voltage will increase the speed of a motor (since there’s little mystery there). But I won’t tell them how to measure the speed of the motor. Instead, I challenge them: “What methods could we use to measure the speed of a fan?” This immediately shifts their thinking from passive reception to active problem-solving.
3. Hook them with a story
While linking science to real-world applications is common practice, storytelling as a teaching tool is often overlooked. A compelling story can make abstract scientific concepts feel personal and meaningful.
For example, in our Year 5 Solar System topic, I frame the lessons as a journey where alien explorers (who conveniently share my students' names – weird that…) must learn all they can about our planet and surroundings. In our Properties of Materials topic, I create audiologs for each lesson of a ship’s journey – except there’s a saboteur on board! Each lesson, the rogue does something that requires students to investigate different properties to solve the problem. Will they ever find out who did it? Who knows! But they are certainly engaged and thinking about the science.
4. Use partial information to encourage scientific thinking
One of the most powerful ways to keep students engaged is to avoid giving them everything upfront. Instead, drip-feed key information and let them work out the missing pieces.
For example, instead of just listing the planets, I provide partial information – snippets of data they must organise themselves to determine planetary order. This encourages effortful retrieval and intellectual engagement, rather than passive memorisation.
Returning to our Year 6 voltage lesson, I ask: “How can we prove that?” Some students count propeller rotations manually. Others try using a strobe light or a slow-motion camera. One of my class recently attached a lollipop stick to the fan and tried to count the clicks on a piece of paper – a great idea, but the clicks were too fast! So I turned it back on them: “How do we solve this?”
- Record the sound? Great!
- Slow it down? Super!
- Put the sound file in Audacity and count the visualised sound wave for two seconds, then multiply by thirty? Amazing!
The key is that they think like scientists – testing, adapting, and refining their approach.
5. Keep everyone engaged
Minds-on practicals require careful structuring. Not all students will approach a task in the same way, so scaffolding and adaptive teaching are key:
- Structured worksheets help those who struggle with open-ended tasks.
- Flexible questioning allows you to stretch more able learners without overwhelming others.
- Pre-discussion before practicals ensures students understand the why as well as the how.
All students, including those with additional needs, should feel part of the investigation. Clear step-by-step instructions, visual aids, and breaking down the task into smaller chunks make a big difference.
Even with the best planning, some students will struggle. Here’s what I do:
- Encourage peer teaching. Can a more confident pupil explain the method?
- Break it down even further. Can we isolate just one variable to focus on?
- Provide alternative ways to engage. If a pupil is overwhelmed, can they observe and record data instead? Once they feel comfortable, they may ask to take on a more active role.
- Reframe the challenge. Instead of “You’re wrong,” or “That won’t work,” ask, “What made you think that?” This builds resilience and scientific thinking.
Key takeaways
- Make sure every practical has a clear learning goal.
- Give pupils a reason to investigate, not just instructions to follow.
- Use partial information to make them think like scientists.
- Ensure adaptive teaching so all pupils can access the learning.
- If pupils struggle, break it down further or reframe the challenge.
Final thought: hands-on, minds-on science
Science should be a subject of curiosity, not compliance. When we shift practicals from tick-box activities to genuine investigations, students become scientists – not just science learners.
By ensuring every practical is intellectually engaging as well as physically interactive, we help pupils develop not just knowledge, but scientific thinking. And that’s the ultimate goal: to create independent, curious learners who don’t just ask, “Are we doing a practical?”, but “Can we investigate this further?”
Related reading and resources:
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Posted By Charlotte Newman,
03 February 2025
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Charlotte Newman shares five approaches to challenge learners in secondary school religious education (RE).
I want to start off by sharing my context with you as I believe this is important in what I have found works well in my school. I am a Head of Religious Education in a secondary school in Cambridgeshire. We are the largest school in the county and as a result we are truly comprehensive with a wide range of student abilities and backgrounds. At KS3, our classes are mixed ability and therefore, it can sometimes be difficult to stretch and challenge the most able when there may be other students in the group that need more support. At KS4, we set by ability with English, taking into account students’ target grades and KS3 data.
1. Teach to the top (and beyond!)
At KS3, we always aim to teach to the top and scaffold for those students who require more support. This ensures that every student in the class is challenged. Regular opportunities are built into the lessons to extend students’ thinking. This does not simply mean additional tasks, as this is something our students often get frustrated with – that ‘challenge’ equals ‘do more’. Instead, we will ask them to research something from the key stage above. For example, when teaching about the Four Noble Truths in Buddhism I might ask more able students to research the idea of dependent arising to better understand the Buddhist philosophy. At KS4, when teaching about Jesus’ resurrection to sets 1 and 2, I will bring in the views of Rudolf Bultmann and N.T. Wright on the idea of a metaphorical versus historical resurrection from KS5.
To ensure all teachers across the department are doing this effectively, we have spent CPD time mapping our KS3 against our GCSE specification to highlight the links we can make. We have done the same between our GCSE and A Level specifications. This has been particularly useful for those teachers who do not teach KS5, to increase their subject knowledge in order to stretch high ability students.
2. Encourage deep analytical thinking
In our school, we have employed PiXL ‘Thinking Harder’ strategies. These ensure students are showing their understanding of our topic by having to analyse the knowledge they have learnt. For example: which of a set of factors (Paul’s missionary journeys, martyrs, the Nicene Creed, Constantine) contributed most to the development of the early Church? They may order these and have to justify their choices.
We can also do this through questioning during philosophical debates to get students articulating their thoughts in a sophisticated argument. Examples include: “Why might that be the case?”; “Why is that significant?”; “What evidence do you have to support that view?”; “Can you add to what X just said?”
Additionally, it is important to ensure that students have the opportunity to engage with primary religious texts such as the Qur’an, as well as those from different scholars, such as Descartes’ Meditations. This enables them to develop their hermeneutical skills to really understand the text and its context, compare interpretations/perspectives of it and critically analyse it.
3. Allow opportunities for multidisciplinary connections
Religious education is a multidisciplinary subject. The Ofsted RE Review (2021) promotes “ways of knowing”, that students should understand how they know, through the disciplines of Theology, Philosophy and Social Sciences. You could arguably add others too: Psychology, History, Anthropology, etc.
When developing an enquiry question for a scheme of work, you may have in mind a particular discipline you wish the students to approach it from, for example exploring “What does it mean to be chosen by God?” using a theological method/tools to study the question from the perspective of Judaism. However, in order to stretch the most able students it would be fantastic if you gave them opportunities to think about this from a different ‘lens’. How might a Christian/Muslim approach this question? What would a philosophical/social scientist approach to this question look like?
4. Facilitate independent research projects
I currently run the NATRE Cambridgeshire RE Network Hub and so I regularly have the opportunity to meet up with other teachers/schools in my region. I was recently involved in a curriculum audit with other secondary teachers and I loved a scheme of work employed by one of my colleagues. Prior to starting the GCSE course, students are given the chance to choose a topic of interest to them within RE to conduct independent research and eventually present their findings. They are given a framework and some suggested ideas/resources to guide them as well as different ways in which they could present their research. This is a fantastic idea to stretch the most able as there is so much scope with this student-led project.
In my colleague’s school, all students have access to a handheld device, therefore IT is easily accessible to support this work. Teachers can easily share documents and links to students this way too. Unfortunately, this is not the case in my context and so wouldn’t be feasible, but I am in the process of thinking about how we could do something similar that works for us.
5. Promote independent learning outside of the classroom
In RE, we have the privilege of being able to teach about many real-world issues and ethical debates that students find fascinating. As a result, they often want to explore these further in their own time. Therefore, in my school we have compiled ‘Independent Study’ materials for each unit of both the GCSE and A Level courses.
At GCSE, we have compiled booklets where we suggest something to read, something to watch something to listen to, and something to research. These have enabled us to introduce A Level thinkers into the course and engage students with high-level thinking through The RE Podcast or Panspycast, for example. This is key as it piques students’ curiosity and promotes a real love of the subject.
At A Level, we provide students with university lectures (the University of Chester is great for this for RE) and debates between scholars on YouTube (e.g. Richard Dawkins and Alister McGrath on the relationship between religion and science). We then expect to see evidence of this further reading/research in their exam answers and their contributions to lessons.
About the author: Charlotte Newman is a Trust Lead for Religious Studies for Archway Learning Trust. She is on the Steering Group for the National Association for Teachers of RE (NATRE) and the Oak Academy Expert Group for RE. She is also a member of Cambridgeshire SACRE and has until recently led an RE local group. She has delivered much CPD on RE nationally.
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Posted By Amanda Hubball,
30 January 2025
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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?
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:
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cognitive challenge
critical thinking
curriculum
early years foundation stage
enquiry
oracy
pedagogy
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questioning
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Posted By Rachel Macfarlane,
09 January 2025
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Do academically strong pupils at your school who are on the Pupil Premium register progress as quickly and attain as highly as academically strong pupils who are not?
Do these students sometimes grasp new concepts quickly and securely in the classroom and show flair and promise in lessons, only to perform less well in exams than their more advantaged peers?
If so, what can be done to close the attainment gap?
In this series of three blog posts, Rachel Macfarlane, Lead Adviser for Underserved Learners at HFL Education, explores the reasons for the attainment gap and offers practical strategies to help close it – focusing in Part 1 on diagnosing the challenges and barriers, and in Part 2 on eliminating economic exclusion. This third instalment explores the importance of a sense of belonging and status.
Our yearning to belong is one of the most fundamental feelings we experience as humans. In psychologist Maslow’s hierarchy of needs, the need to experience a sense of connection and belonging sits immediately above the need for basic necessities – food, water, warmth and personal safety.
When we experience belonging, we feel calm and safe. We become more empathetic and our mood improves. In short, as Owen Eastwood explains, belonging is “a necessary condition for human performance” (Belonging, 2021:26).
Learners from less economically advantaged backgrounds than their peers often feel that they don’t fit in and have a low sense of self-worth, regardless of their academic strength. Painfully aware of what they lack compared to others, they can disappear into the shadows, consciously or subconsciously making themselves invisible. They may not volunteer to read or answer questions in class. Or audition for a part in the school play or choir. Or sign up for leadership opportunities.
They may lack the respect, rank and position that is afforded by fitting comfortably into the ‘in group’: identifying with and operating within the dominant culture, possessing the latest designer gear, phone and other material goods, being at the centre of social media groups and activity and connecting effortlessly, through lived experiences and lifestyle, with peers who hold social power and are seen as leaders and role models.
Pupils who are academically strong but who lack status are likely to be fragile and nervous learners, finding it harder to work in teams, to trust others and to accept feedback. Their energy and focus can be sapped by the trauma of navigating social situations, they are prone to feel the weight of external scrutiny and judgement, and all of that will detract from their ability to perform at their best.
The good news is that, as educators, we have amazing powers to convey a sense of belonging and status.
Ten top tips to build learners’ sense of belonging and status
The following simple behaviours convey the message that the educator cares about, is invested in, notices and respects the learner; that they have belief in their potential and want to give their discretionary effort to them.
- Welcome them to the class, ensuring that you make eye contact, address them by name and give them a smile – establishing your positive relationship and helping them feel noticed, valued and safe in the learning environment.
- Go out of your way to find opportunities to give them responsibilities or assign a role to them, making it clear to them the skills and/or knowledge they possess that make(s) them perfect for the job.
- Reserve a place for them at clubs and ensure they are well inducted into enrichment opportunities.
- Arrange groupings for activities to ensure they have supportive peers to work with.
- Invite them to contribute to discussions, to read and to give their opinions. Don’t allow confident learners to dominate the discussion (learners with high status talk more!) and don’t ask for volunteers to read (students with low status are unlikely to volunteer).
- Show respect for their opinions and defer to them for advice. e.g. “So, I’m wondering what might be the best way to go about this. Martha, what do you think?” “That’s a good point, Nitin. I hadn’t thought of that. Thank you!”
- Make a point of telling them you think they should put themselves forward for opportunities (e.g. to go to a football trial, audition for the show, apply to be a prefect) and provide support (e.g. with writing an application or practising a speech).
- Connect them with a champion or mentor (adult or older peer) from a similar background who has achieved success to build their self-belief.
- Secure high-status work experience placements or internships for them.
- Invite inspiring role models with similar lived experience into school or build the stories of such role models into schemes of learning and assemblies.
Finally, it is worth remembering that classism (judging a person negatively based on factors such as their home, income, occupation, speech, dialect or accent, lifestyle, dress sense, leisure activities or name) is rife in many schools, as it is in society. In schools where economically disadvantaged learners thrive and achieve impressive outcomes, classism is treated as seriously as the ‘official’ protected characteristics. In these schools, the taught curriculum and staff unconscious bias, EDI (equality, diversity and inclusion) and language training address classism directly and leaders take impactful action to eliminate any manifestations of it.
More from this series:
Plus: this year's NACE Conference will draw on the latest research (including our own current research programme) and case studies to explore how schools can remove barriers to learning and create opportunities for all young people to flourish. Read more and book your place.
Tags:
access
aspirations
CEIAG
confidence
disadvantage
enrichment
higher education
mentoring
mindset
motivation
resilience
transition
underachievement
wellbeing
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Posted By Rachel Macfarlane,
09 January 2025
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Do academically strong pupils at your school who are on the Pupil Premium register progress as quickly and attain as highly as academically strong pupils who are not?
Do these students sometimes grasp new concepts quickly and securely in the classroom and show flair and promise in lessons, only to perform less well in exams than their more advantaged peers?
If so, what can be done to close the attainment gap?
In this series of three blog posts, Rachel Macfarlane, Lead Adviser for Underserved Learners at HFL Education, explores the reasons for the attainment gap and offers practical strategies for supporting economically disadvantaged learners who have the potential to access high grades and assessment outcomes to excel in tests and exams.
It is estimated that almost one in three children in Britain are living in relative poverty – 700,000 more than in 2010. A significant number of these pupils will be learners who show academic flair and the capacity to acquire knowledge and skills with ease, but whose progress and outcomes are impacted by the real costs of the curriculum and the school day.
In Part 1, I reflected that learners from economically disadvantaged backgrounds often lack the abundance of social and cultural capital that their more advantaged peers have amassed, which can disadvantage them in tests and exams. Most schools work hard to build the social and cultural capital of their underserved learners, through the provision of trips and visits, speakers and visitors, extracurricular clubs and other enriching experiences. Yet such activities often have associated (sometimes hidden) costs that exclude certain students.
At HFL Education, we have been carrying out Eliminating Economic Exclusion (EEE) reviews for the past three years, examining the impact of the cost of the school day. These involve surveying pupils, parents, staff and governors, meeting with Pupil Premium (PP) eligible learners, examining key data and training staff. Reviews conducted in well over 100 primary and secondary schools have revealed that learners eligible for PP are less likely to attend extracurricular clubs and to go on curriculum visits and residentials, resulting in them missing vital learning that can impact on their exam and test performance.
Often PP eligible learners:
- Will not inform their parents of activities that have a cost, regardless of whether the school might subsidise or fund the activity;
- Will feign disinterest in opportunities that they know are unaffordable to their families;
- Will not take up fully funded enrichment opportunities due to other associated costs such as travel to a funded summer school, or the costs of camping equipment and/or specific clothing required for field work or an outward-bound activity;
- Will not stay on after school for activities because they are hungry and lack the resources to purchase a snack.
Ten top tips to help eliminate economic exclusion:
- Ensure that all staff have undertaken training to heighten their awareness of poverty and the financial pressures faced by many families in relation to the costs of the school day.
- Track sign-ups and attendance by PP eligibility at enrichment activities. Take action where you see underrepresentation.
- Contact parents directly to stress how valuable it would be for their child to attend and to explain the financial support that can be provided.
- Set up payment plans and give maximum notice to allow families to spread the costs.
- Book activity centres out of season when costs are lower.
- Use public transport rather than private coaches or plan visits to sites that are within a walkable distance.
- Ban visits to shops and food outlets to eradicate the need for spending money on trips.
- Set up virtual gallery tours and film screenings of plays and arrange for visiting theatre companies, bands and artists to come to school rather than taking the students to concert halls, theatres and galleries.
- Build up a stock of loanable equipment (wellies, coats, tents, waterproof clothing, musical instruments, sporting equipment, craft materials etc.)
- Provide free snacks for learners staying for after-school clubs.
Finally, various studies have found that pupils from economically disadvantaged backgrounds are also underrepresented in cohorts studying certain subjects, where there are significant costs of materials/tuition/coaching, notably music, PE, art and drama at KS4 and KS5.
The Education Policy Institute’s 2020 report showed that economically disadvantaged learners are 38% less likely to study music at GCSE than their more affluent classmates and that at the end of KS4 they are 20 months behind their peers. This is perhaps not surprising given the estimated cost of instrumental tuition (£8,000-15,000) involved in reaching grade 8 standard on an instrument (required to access a top A-level grade).
So pupils who are high performers in certain curriculum subjects at age 14 may not opt to continue with their studies at GCSE and beyond, unless the school is able to ensure access to all the resources they need to thrive and attain at top levels.
Three key questions to consider:
- Do you track which learners opt for each course at KS4 and KS5, ask questions and act accordingly where you see underrepresentation of PP eligible learners?
- Do you prioritise PP eligible learners for 1:1 options and advice at KS3>4, KS4>5 and KS5>higher education, to ensure that they are aiming high, pursuing their passions and aware of all the financial support available (e.g. use of bursary funding, reassurance around logistics of university student loans)?
- Do you determine, and strive to meet, the precise resource needs of each PP eligible learner?
More from this series:
Plus: this year's NACE Conference will draw on the latest research (including our own current research programme) and case studies to explore how schools can remove barriers to learning and create opportunities for all young people to flourish. Read more and book your place.
Tags:
access
aspirations
disadvantage
enrichment
parents and carers
underachievement
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Posted By Rachel Macfarlane,
09 January 2025
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Do academically strong pupils at your school who are on the Pupil Premium register progress as quickly and attain as highly as academically strong pupils who are not?
Do these students sometimes grasp new concepts quickly and securely in the classroom and show flair and promise in lessons, only to perform less well in exams than their more advantaged peers?
If so, what can be done to close the attainment gap?
In this series of three blog posts, Rachel Macfarlane, Lead Adviser for Underserved Learners at HFL Education, explores the reasons for the attainment gap and offers practical strategies for supporting economically disadvantaged learners who have the potential to access high grades and assessment outcomes to excel in tests and exams.
This first post examines the challenges and barriers often faced by economically disadvantage learners and offers advice about precise diagnosis and smart identification of needs. Part 2 explores strategies for eliminating economic exclusion, while Part 3 looks at ways to build a sense of belonging and status for these learners to enhance their performance.
The problem with exams
The first point to make is that high stakes terminal tests and exams tend not to favour learners from economically disadvantaged backgrounds. These learners often lack the abundance of social and cultural capital that their more advantaged peers have amassed. This can result in a failure to recognise and connect with the cultural references frequently found in SATs and exam questions.
Students on the Pupil Premium (PP) register have a lower average attendance rate than those from more affluent backgrounds. Those living in multiple occupancy and/or crowded housing are more exposed to germs and viruses, and families in rented or local authority housing move accommodation more frequently, resulting in lost learning days. With packed, content-heavy exam syllabuses, missed lessons lead to less developed schema, less secure knowledge and less honed skills.
The families of economically disadvantaged learners are less likely to have the financial means to provide the personal tutoring, cramming and exam practice that their more advantaged peers benefit from. And if they have reduced levels of self-belief and confidence, as many students from underserved groups do, they are more likely to crumble under exam pressure and perform poorly in timed conditions.
But given the fact that terminal tests, in the form of SATs, GCSEs and A-levels, seem here to stay as the main means of assessing learners, what can school teachers and leaders do to ensure that economically disadvantaged learners who have the potential to access high grades and assessment outcomes excel academically?
Precise diagnosis of challenges and barriers
The first step is to get to the root of the problem. Schools which have closed the attainment gap tend to be skilled at diagnosing the precise challenge or barrier standing in the way of each underserved learner. Rather than treating all PP eligible learners as a homogeneous group, they are determined to understand the lived experience of each.
So, for example, rather than talking in general or vague terms about pupils on the PP register doing less well because their attendance rate is lower, they drill down to identify the precise reason for the absences of each learner whose attendance is below par. For one it might be that they are working at a paid job in the evenings and too tired to get up in time for school, for a second it might be that they don’t come to school on days when their one set of uniform is dirty or worn, for a third that they sometimes cannot afford the transport costs to get to school and for a fourth that they are being marginalised or bullied and therefore avoiding school.
Effective ways to diagnose challenges and barriers faced by economically disadvantaged learners include:
- Home visits, or meetings on site, to get to know parents/carers and to better understand any challenges they face;
- Employing a parent liaison officer to build up relationships based on trust and mutual respect with parents;
- Allocating a staff champion to each underserved learner to talk with and listen to them in order to better understand their lived experience;
- Administering a survey with well-chosen questions to elicit barriers faced;
- Completion of a barriers audit, guiding educators to drill down to identify the specific challenges faced by each learner.
Moving from barriers to solutions
Once specific barriers have been identified, it is important to ask the question: “What does this learner need in order to excel academically?” This ensures that the focus moves from the ‘disadvantage’ to the ‘solution’ and avoids any unintentional lowering of expectations of high-performance outcomes. The danger of getting stuck on describing ‘barriers’ or ‘challenges’ is that it can excuse, or lead to acceptance of, attainment gaps.
Encouraging staff to complete a simple table like the one below can assist in identifying needs and consequent actions. In this case, an audit of barriers has identified that the learner, a Year 7 pupil, has weak digital literacy as she had very limited access to a computer in the past.
| Barrier/challenge |
Details of the issue and identification of the learner’s or learners’ need(s) |
Strategies to be adopted to meet the need |
| Weak digital literacy |
Student needs to be allocated a laptop and to receive support with understanding all the relevant functions, in order to ensure she gets maximum benefit from it for class work and home learning and can confidently use it in a wide range of learning situations. |
1:1 sessions with a sixth former to familiarise the student with the range of functions. Weekly check-ins with tutor. Calls home to monitor that she is able to confidently use the laptop for all home learning tasks. |
You can read more about strategies to close the attainment gap in Rachel’s books Obstetrics For Schools (2021) and The A-Z of Diversity and Inclusion (2024), with additional support available through HFL Education.
More from this series:
Plus: this year's NACE Conference will draw on the latest research (including our own current research programme) and case studies to explore how schools can remove barriers to learning and create opportunities for all young people to flourish. Read more and book your place.
Tags:
access
aspirations
disadvantage
diversity
underachievement
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Posted By NACE,
05 December 2024
Updated: 05 December 2024
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“Our world is at a unique juncture in history, characterised by increasingly uncertain and complex trajectories shifting at an unprecedented speed. These sociological, ecological and technological trends are changing education systems, which need to adapt. Yet education has the most transformational potential to shape just and sustainable futures.” (UNESCO, Futures of Education)
NACE welcomed the opportunity to respond to the Curriculum and Assessment Review (which closed for submissions on 22 November), based on our work with thousands of schools across all phases and sectors over the last 40 years.
Our response first emphasised the importance of an overarching, strategic vision for curriculum reform based on:
- Evidence and beliefs about the purposes of education and schooling at this point in the century;
- Knowledge of human capacities and capabilities and how they are best nurtured and realised;
- Addressing the needs of the present generation while building the skills of future generations;
- An approach that is sustainable and driven and coordinated by national policy;
- Appropriate selection of knowledge/content and teaching methodologies that are fit for purpose and flexibility in curriculum planning and implementation;
- Recognition of system and structural changes in and outside schools to support curriculum reform;
- Acknowledgement of the professional expertise and agency of educators and the importance of school-level autonomy;
- The perspectives and experiences of groups experiencing barriers to learning and opportunity (equity and inclusion).
Core foundations
NACE supports the importance of a curriculum built on core foundations which include:
- “Language capital” (wide-ranging forms of literacy and oracy) – viz evidence supporting the importance of reading, comprehension and vocabulary acquisition in successful learning and their place at the heart of the curriculum
- Numeracy and mathematical fluency
- Critical thinking and problem solving
- Emotional and physical well-being
- Metacognitive and cognitive skills
- Physical and practical skills
- An introduction to disciplinary domains (with a focus not just on content but on initiation into key concepts and processes)
The design of the curriculum needs to allow for the space and time to develop these skills as key threads throughout.
Whilst the current National Curriculum stresses the importance of developing basic literacy and numeracy skills at Key Stage 1, to open the doors to all future learning, schools continue to be pressured by the expectations of the wider curriculum/foundation subjects. This needs to be revisited to ensure that literacy, numeracy and wider skills can be securely embedded before schools expose children to a broader curriculum.
Content: knowledge and competencies
In secondary education an increasingly concept-/process-based approach to delivery of disciplinary fields should be envisaged alongside ‘knowledge-rich’ curriculum models already pervasive in many schools. Core foundation competencies and skills should continue to be developed, ensuring that learners acquire so-called ‘transformative competencies’ such as planning, reflection and evaluation. The curriculum must enshrine the ‘learning capital’ (e.g. language, cultural, social and disciplinary capital) which will enable young people to adapt to, thrive in and ultimately shape whatever the future holds.
Knowledge, skills, attitudes and values are developed interdependently. The concept of competency implies more than just the acquisition of knowledge and skills; it involves the mobilisation of knowledge, skills, attitudes and values in a range of specific contexts to meet complex demands. In practice, it is difficult to separate knowledge and skills; they develop together. Researchers have recognised how knowledge and skills are interconnected. For example, the National Research Council's report on 21st century competencies (2012) notes that “developing content knowledge provides the foundation for acquiring skills, while the skills in turn are necessary to truly learn and use the content. In other words, the skills and content knowledge are not only intertwined but also reinforce each other.”
Consideration needs to be given to breadth versus balance versus depth in curriculum design, alongside the production of guidance which articulates key and ‘threshold’ concepts and processes in subject areas. NACE training and development stresses the importance of teachers and learners understanding the concept of ‘desirable difficulty’ as this is essential in developing resilience and, therefore, supporting wellbeing. It is difficult to provide learners with appropriate levels of challenge/difficulty and time to work through these if curriculum content is over-heavy. In the later stages of schooling a greater emphasis could be placed on interdisciplinary links and advanced critical thinking competencies.
At all stages of education evidence-based approaches to pedagogy and assessment to maximise student learning should be incorporated into curriculum design. Such practices should also incorporate adaptations and recognition of different learning needs and address issues of equity and removing barriers to learning.
Summary
In schools achieving high-quality provision of challenge for all, the design of the curriculum includes planned progression and continuity for all groups of learners through key stages. Where school leaders understand the steps needed to develop deep learning, knowledge and understanding, rich content and secure skills are developed.

The Curriculum Review presents a much-needed opportunity to interrogate the purposes of curriculum and 21st century schooling, the fitness of the current National Curriculum and potential reforms needed. The review must be holistic, vision- and evidence-led, as well as recognising that a ‘national curriculum’ is only one part of the overall learning experience of children. Revised curriculum proposals and their implementation may also rely on reviewing and transforming existing school structures and systems as well as national resourcing issues to ensure more equitable access to high-quality education no matter where young people live and attend school. The proposals must also take account of ongoing teacher supply and quality issues and possible reforms to teacher education and professional development to match the aspirations of an English education system which is equitable, inclusive and one of the best in the world.
Most importantly, the new curriculum proposals must go much further than previously in trying to ensure that all young people leave school equipped to realise their ambitions for their personal and working lives, and to contribute to shaping their own and others’ destinies in a more equitable and caring society, along with the courage to face the unknown challenges which lie ahead.
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assessment
curriculum
policy
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