Effective transition: moving to Year 1

Published
24 April 2024

"Transition should not be a top-down approach where Reception classes become more ‘formal’ to ready children for starting Year 1 but should be based on the developmental stages and needs of each cohort moving on."

 

As we approach the end of another school year, amongst the completion of assessments, planning of trips and numerous end of year events, there are a group of children about to embark on the next step of their educational journey. Reception class practitioners have spent the last year nurturing their cohort’s thirst for knowledge, learning and development through a carefully designed curriculum, implemented through experiences linked to their interests and needs. The question that needs to be answered now is, are the children prepared to access the curriculum in Year 1?

“Transition from reception to Year 1 is a process not an event.” Alistair Bryce-Clegg. This means that Year 1 practitioners require a fundamental understanding of early years and child development to ensure what they are providing is appropriate and enables every child to succeed. Effective transition between year groups as well as following the principles of the early years foundation stage (EYFS) will ensure the needs of all children are met and that children settle well into Year 1. 
 

School children in white tops pointing into a book being held by an adult

 

Here are some strategies that schools could implement to establish effective transition from Reception to Year 1.

Year 1 adults visiting children in Reception

Ensure that adults working in Year 1 drop in to see children in Reception engaged in both child initiated learning (CIL) and adult led (AL) sessions. Ideally this would happen throughout the whole year to build relationships and gain an understanding of what learning looks like in Reception.

Reception children visiting the Year 1 environment

Most schools provide reception children the opportunity to visit the Year 1 classroom on a ‘transition’ or ‘move up’ day. It would be beneficial if children could experience the environment weekly in the second half of the summer term on an informal basis such as for story time. Reception teachers could then encourage children to look out for important features such as the toilets or pegs.

Enhanced transition procedures

Consider referring to transition procedures that were effective when children started Reception such as booklets featuring photos of the environment or providing visual routines in advance. Vulnerable children would benefit with these as they move into Year 1 to share with families during the summer holidays.

Transition information for parents/carers

Parents/carers can be anxious about their child moving to Year 1 and rely heavily on the school for information. Consider hosting an informal coffee morning to explain the changes or add transition information to weekly newsletters. In the autumn term a ‘meet the teacher’ style meeting would be beneficial to outline plans for the year ahead.

Thorough handover

Reception and Year 1 practitioners will require sufficient time to conduct a thorough handover, not only to discuss attainment but to pass on holistic information about each child. The way in which children learn, their interests, friendships and home circumstances will impact how children settle in their new class.

Making appropriate adjustments

The routine at the end of the reception year should also be the routine for September in Year 1. Discussions with the Reception class practitioners around how the routine has been adjusted through the year will equip Year 1 practitioners with how they can manage this successfully too. The curriculum implementation should be reviewed to reflect the developmental stage of the children. Possibly the biggest and most daunting adjustment should be made on the environment to incorporate continuous provision that reflects the experiences of being in reception. 

 

Child wearing blue pack pack holding an adults hand

 

Transition should not be a top-down approach where Reception classes become more ‘formal’ to ready children for starting Year 1 but should be based on the developmental stages and needs of each cohort moving on. Practitioners need to work in collaboration to ensure appropriate provision is in place when children start Year 1.

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The HFL Education Hub – a double celebration

Published
17 April 2024

The HFL Education Hub celebrates its first birthday this week. The Hub, is a central place to book live and digital training and events and is also the home of our on-demand digital learning. Before we had even raised a glass to toast our first milestone, we have also won a coveted award. The annual Totara Awards recognise the most ground breaking implementations of Totara technology, the technology behind the HFL Hub.

Kelle Aitken-Mardlin and Dave Windridge with the awardOur project team, with Kelle Aitken-Mardlin at the helm as project manager, worked with our Totara partner, Accipio to bring our vision of a modern world-class platform to life.

We are incredibly proud of the HFL Hub, in our first year we have sold over 30,000 licenses for workshops, events, and training courses. The revenue generated from the Hub not only supports schools, settings and trusts with their CPD needs but any profit is reinvested back into further educational initiatives to help young people across the country, in line with our not-for-profit ethos and our desire to give every child the opportunity to reach their full potential.

Our Hub which combined five learning resources and booking platforms into one and integrates with our billing platform has significantly improved the user experience and the improved reporting has allowed us to better understand what our customers want and need.

Visit the HFL Education Hub to see our full range of training courses and events.

 

 

 

 

Picture: Kelle Aitken-Mardlin, Project Manager and Dave Windridge, Director of People and Organisational Development with the Totara award.

 

Contact the training and events team

Supporting pupils with SEND in the maths classroom

Published
16 April 2024

"Supporting pupils with SEND is a challenge for teachers. Explore a case study through short videos and carefully designed tracking back booklets."

 

It is a fact that the number of pupils with Special Educational Needs (SEND) is increasing in schools. The latest data from the GOV.UK website(1) states that:

  • 2.5% of primary pupils have an Education, Health and Care Plan (EHCP); a 9% increase between 2022 and 2023 
  • 13.5% of primary pupils have SEN support; a 5% increase from 2022 to 2023

The number of pupils with EHCPs who are in mainstream schools has also increased from 51.4% to 52.7% in 2023. This means that teachers must cater for a wide range of learning needs in their classrooms and this is a challenge.

 

How do we meet every pupil’s needs?

“…at the heart of the inclusive classroom is simply good teaching.”

The Inclusive Classroom (page 17)(2), Daniel Sobel and Sara Alston

 

What is good teaching?

I Googled this and the top response said:

“A good teacher is one who is able to explain and demonstrate concepts in a variety of ways for a variety of different learners and learning styles. A good teacher is a good learner – they learn how their student(s) learn and modify their teaching accordingly.”(3)

There is nothing I disagree with here but how can we make this a reality?

 

The crucial role of the curriculum

Having a clear, well-structured and progressive curriculum is a good starting point to ‘good teaching’; what to teach and in what order is helpful.

Ofsted rightly puts a large emphasis on this and in the Ofsted framework(4), under Quality of Education and Intent, it states: 

"leaders take on or construct a curriculum that is ambitious and designed to give all learners, particularly the most disadvantaged and those with special educational needs and/or disabilities (SEND) or high needs, the knowledge and cultural capital they need to succeed in life."

In maths, there are clear, detailed statutory requirements within the national curriculum programmes of study. Many schools use a commercial scheme to support with breaking them into smaller steps. Models, resources and practice are provided to aid teaching and learning.

However, for some pupils with SEND, working within an ‘age-related curriculum’ isn’t possible.

Ofsted recognise this and state: 

"the provider has the same academic, technical or vocational ambitions for almost all learners. Where this is not practical – for example, for some learners with high levels of SEND – its curriculum is designed to be ambitious and to meet their needs."

This adds another layer of challenge in the classroom.

 

What does ‘inclusion’ really mean?

What do you do?

Teach the same curriculum to all and provide support and adaptations?

In the Ofsted report – Coordinating mathematical success: the mathematics subject report(5), the possible pitfalls of doing this are acknowledged.

It was observed that when pupils with SEND receive the same curriculum as their peers with support, usually from another adult, the ‘appearance’ of inclusivity may be taking the place of real inclusivity; the support may be avoiding learning rather than securing it.

For some pupils with SEND, the learning may be beyond their comprehension and therefore a more personalised approach would be needed.

However, I would argue that this could also lead to the pupils with SEND not being included and again, inclusion becomes exclusion.

 

How to get the balance right

Going back to my Googled definition of good teaching – “A good teacher is a good learner – they learn how their student(s) learn”.

I think this means that you need to start with knowing your pupils well.

Let me introduce Jay – a Year 5 pupil with additional learning needs.  

Focus on individual learning needs

Using the table shown in the video can help focus on a pupil’s individual learning needs rather than thinking about any labels the pupil might have. I would argue that knowing a pupil has ADHD or Autism doesn’t ‘tell’ you this individual’s needs.

Sobel and Alson(2) agree:

“By focusing on the child’s needs, strengths and motivators, we can provide more individualised, focused and consequently effective support for their learning. An over-emphasis on ‘labels’ can inhibit this and obscure the child from view.”

Considering barriers, strengths, interests and aspirations will help you begin to unpick the learning need and what provision needs to be put in place. It will help identify ongoing adjustments. 

Continue to learn more and make adjustments

Getting to know the pupil well and identifying ongoing adjustments will help when thinking about the curriculum.

Going back again to our definition of good teaching, “A good teacher is able to explain and demonstrate concepts in a variety of ways for a variety of different learners…,” decisions will need to be made as to what is right for Jay at this time. When he will be able to access the same explanations as his peers and when this will need to be varied will need careful consideration.

In Jay’s case, he does need a personalised curriculum but he also needs to be with his peers. To be able to do this well, a good knowledge of the curriculum progression is needed; not just within his chronological year group but the whole curriculum.

This is a lot of knowledge.

 

Make meaningful connections by tracking back

The HFL Education primary maths team have created a set of tracking back booklets that map the progression through different strands of learning, referencing the content domains from the KS1 and KS2 testing frameworks(6&7).

For example, the teaching of multiplication and division has been separated into five closely related strands of learning.

These strands are:

  • Multiplication facts
  • Understanding and calculating multiplication
  • Understanding and calculating division
  • Multiplying and dividing by 10, 100 and 1000
  • Multiplication and division problem solving

 

How would the booklets support Jay?

As an example, when Jay’s peers are learning about factors, the learning this builds upon can be identified:

 

"Multiplication Facts" graphic with text

 

Facilitate inclusion and collaboration

Initially, Jay may join in with his peers if multiples and factors are introduced through practical exploration. This would be an effective way to introduce the area of learning in year 5 for all pupils to re-cap previous learning and would be accessible for Jay.

Some of the learning might be beyond his comprehension but an opportunity to collaborate with his peers may be his focus.

Once the other pupils move on, Jay’s learning could be tracked back to an appropriate level for him but still within the same strand of learning. 

Personalise the learning

The learning has been personalised to a level that is appropriate for Jay but if he grasps learning more quickly, the tracking back booklets identify the small steps through the strand ‘multiplication facts’ towards the age-related expectation. We wouldn’t be holding Jay’s learning back. 

On the training day, we will explore further examples of how the tracking back booklets could be used to support pupils with SEND through case studies.

We will also look at the five-a-day framework from the EEF guidance report, “Special Educational Needs in Mainstream Schools”, and explore ways to use these ‘best bets’ (all evidence-based) in the maths classroom. 

For schools that use HFL Education’s ESSENTIALmaths resources to support their maths curriculum, there are also tracking back booklets specifically mapped to the small steps within the Learning Sequences.

If you would like to invest in the tracking back booklets but are unable to attend the face-to-face training event, please do get in touch with the team at primarymaths@hfleducation.org


References

(1)    Special educational needs in England, Academic year 2022/23 – Explore education statistics – GOV.UK (explore-education-statistics.service.gov.uk)
(2)    Sobel, D & Alston, S (2021) The inclusive classroom: A new approach to differentiation. Bloomsbury
(3)    What Makes “Good” Teaching? (knowlesteachers.org)
(4)    Education inspection framework - GOV.UK (www.gov.uk)
(5)    Ofsted (2023) Coordinating mathematical success: the mathematics subject report Available at: https://www.gov.uk/government/publications/subject-report-series-maths/coordinating-mathematical-success-the-mathematics-subject-report
(6)    https://www.gov.uk/government/publications/key-stage-1-mathematics-test-framework
(7)    https://www.gov.uk/government/publications/key-stage-2-mathematics-test-framework 
 

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New term, new magazine

Published
16 April 2024

We are delighted to be able to share our new publication with you. Term Times is a small magazine, packed full of interesting articles about issues affecting schools, and information which we hope might be useful to you, plus, a carefully curated selection of training events which we hope might fit with your CPD needs. 

The magazine, which will be published termly, will be available in hard copy for you to leave in your staffrooms or on your coffee table at home and electronically for your ease. In an effort to be as efficient as possible, the magazine will be printed on recycled paper and hand delivered to you by our advisers in schools or at events but for those of you who can’t wait to see it, please download an electronic copy below:

 

Term Times

Sign up to get our termly newsletter

Contact us today to find out how we can help you.

Childcare expansion: welcoming babies

Published
10 April 2024

"Understanding the developmental needs of babies, including the importance of attachment, the key person system, enabling environments and providing baby care requires a unique knowledge and skillset…"

 

From September 2024, working parents of children aged 9 months old and over will be able to access 15 hours of support for childcare. This will increase to 30 hours from September 2025.

This childcare expansion has led to some settings considering extending their provision to enable babies to begin attending, whereas previously they may have accepted children from aged 2 or 3 years and over.

These changes have been introduced to support families to return to work, by reducing the financial implications of childcare and settings considering extending their provision to include babies is a positive step.

However, there are many things to consider logistically when adding a new age group, and this blog investigates each of these to support providers in their decision making and set up.

 

Ratios

Children under the age of two are much more reliant on adults with very few independent skills, therefore, the ratio for children under the age of 2 years old is 1:3. With this higher staff to child ratio, you may need to consider hiring more staff or redeploying existing staff, as with all ratios, these are statutory and must be upheld.

 

Training

The Early Years Foundation Stage Statutory Framework states that ‘At least half of all staff must have received training that specifically address the care of babies’ (3.40). 
Understanding the developmental needs of babies, including the importance of attachment, the key person system, enabling environments and providing baby care requires a unique knowledge and skillset, and therefore it is recognised that practitioners working with babies must undertake specific training. 

This training is in addition to any childcare qualification, therefore, if you are considering offering places for babies into your setting, you must ensure that at least half of the staff who will be working with them have accessed baby training. 

HFL provides training that covers this statutory requirement with two courses, ‘Working with Babies’ and ‘The Baby Room in Action’ which can be found on the HFL Hub
The framework also states that the member of staff in charge of the baby room, must have suitable experience of working with under twos, therefore, when employing or redeploying staff, this must be taken into consideration.

 

Environment

In group settings, there should be a separate room for babies with 3.5m² for each child, which must be usable space, not thoroughfares, changing areas, cloakrooms etc. Therefore, you require a bigger space for less children compared to your 2, 3 and 4-year-olds. 

An environment that stimulates and provides safety for a baby also looks very different to the environment for children over the age of two. Babies will spend most of the day on the floor, so consideration must be given to how comfortable that is.  It is essential that babies have soft, cosy spaces beyond a few cushions and teddies, but places for them to lay, roll, crawl, and play safely and comfortably. 

Secure furniture that enables the children opportunities to pull themselves up, cruise and select their own resources is essential along with décor and displays that are not over busy, bright and overstimulating, as this is known to raise children’s blood pressure. Ideally, we want babies to be surrounded by neutral tones in a homely ‘living room’ style atmosphere. 
Have you thought about visiting settings that offer child care for babies? This is often a great way to gain inspiration and build a network.

 

Early Years child with adult, reading a book

 

According to the EYFS Statutory Framework, ‘each child must be assigned a key person’ (3.34) and for babies and their families, this role holds significant importance. A key person system must be established and embedded, with practitioners clear on their role of forming attachments with babies to enable them to feel safe, secure, and happy. This begins with building relationships with parents and carers by being a consistent presence and port of call for information sharing. In practice, a key person should build an attachment with the baby demonstrating ‘professional love’, such as carrying out care routines, having sociable interactions and responding to their voice, including non-verbal cues, with affection. Home visits before a baby starts at the setting are an invaluable way of building the foundations of an effective key person relationship.

 

Sleep

 

Newborn child sleeping on blue sheets

 

Sleep is one of the most important aspects of the day for babies and can also be a very vulnerable time. The Lullaby Trust has published guidance for settings and is a great place to start when considering your sleep space and safer sleep policy. Babies must have safe and restful naps as this contributes to their brain development, good health, and their mood. Safe places for babies to nap are either cots or sleep mats/beds and children must be checked on regularly. Babies should never sleep in bouncy chairs, swinging chairs, pillows, beanbags, car seats or buggies.

Training the team on what they are looking for when checking sleeping babies is imperative.

 

Early Years children playing


Resources made of plastic have a place in a baby room, as plastic is easily cleaned after being mouthed, we want children to gain authentic experiences from materials and resources that provide different sensory feedback. So, when gathering resources for your babies, put yourself in their shoes and consider how something feels, smells, tastes and sounds when banged or dropped and use this as your guide to resourcing. 

Be aware of small and sharp parts that can cause a choking hazard or injury but do not be afraid of appropriate loose parts and interesting textures. 

Avoiding food play is advised but providing well supervised opportunities for babies to explore sand, water, and playdough within continuous provision with exciting enhancements provide excellent sensory activities.

 

Other logistical factors to consider:

  • Policies and risk assessments – existing policies will need to be reviewed, adapted and implemented to reflect the new age group. Examples could include a safer sleep policy, a milk preparation procedure, and a risk assessment for accessing babies accessing water play.  
  • Outdoor space- including how babies will access this and how they can take part in walks.
  • Milk preparation – including a place to make bottles and store breast milk. Additionally, a place for mothers to breastfeed if they wish to.
  • Intimate care – including where nappy changes will be carried out and a selection of spare clothes for babies.
  • Cleaning schedule – babies will mouth toys more often than older children therefore resources must be cleaned or sterilised regularly.

Resources:

EYFS Statutory Framework
The Lullaby Trust - Safer Sleep Awareness
Community Play - What happens in the baby room?

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ESSENTIALWRITING

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A complete writing curriculum for years 1-6 aligned to the English National Curriculum providing expertly sequenced and progressive planning and resources for primary teachers.

ESSENTIALMATHS

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ESSENTIALMATHS - Primary maths teaching resources and learning sequences for Reception – Year 6 designed for use in single age and mixed age classrooms

Progression in foundation subjects – Part 3: Layers of learning in geography – progression in learning about physical processes

Published
28 March 2024

Over a series of blogs we will explore progression in foundation subjects, considering what should be in a well-planned curriculum, to ensure that pupils make progress and get better at a subject. This blog, part 3, focuses on geography.

 

This blog is the third in a series looking at how children make progress within foundation subjects. Here, I will aim to exemplify how children might get better at geography, with a focus on the strand of ‘physical processes,’ which runs throughout the geography curriculum we teach.

A common conversation we have with subject leaders is: How do we ensure that year on year, our children are getting better at geography rather than moving through our units of work gaining an increasing number of unrelated facts? What links the units of work? What does progress look like?

In the Ofsted subject report, published in September 2023 - Getting our bearings: geography subject report, the first recommendation is:

Consider how pupils will build on knowledge, not only within a topic but over a series of topics, so that they can apply what they have learned in different scenarios.

Seeing the whole subject, and how knowledge builds, rather than individual topics or units, is helpful when we are thinking about how a child makes progress in their learning.

If we look at the diagram below, representing the whole of the geography curriculum, with all the learning that might be hidden under a topic or unit title, we can start to unpick the learning that takes place in geography, and it is here, I believe, we can begin to answer the question of progress.

 

Layers of learning in Geography

 

Table of text

 

In the diagram, we can see the top layer of learning refers to the projects, topics or units of work. These are commonly found on a school’s long-term plan and are an overview of what the children will study in different year groups. Here, we may see topics such as, ‘Kenya,’ ‘rivers,’ ‘farming in the UK,’ ‘How is life in Mumbai different from life here?’ or ‘What is it like to live in the Amazon?’

The next layer refers to what we will call the concepts of geography: locational knowledge, place knowledge, human and physical geography and geographical skills and fieldwork are all identified in the national curriculum as components to be studied and are the pillars of geography. They are what make geography, geography. We cannot teach or learn geography without these central concepts.

The third layer, we will call threads. These are both concrete and abstract ideas that run through the curriculum. They appear in units of work, some repeating more than others and all of them help to break the larger concepts into smaller chunks.

Returning to the concepts layer, let’s take a deeper look at physical processes. The geography national curriculum has a heading of ‘Human and physical geography’ at Key Stages 1 and 2, which then goes onto to specify the learning that falls within this area. In an aim to make the teaching manageable, we might then create units, topics or projects, which take an aspect of the learning and explore it. But these aspects need to be still seen as part of a bigger whole, to see how learning progresses.

 

How might children make progress within the area of physical processes?

Physical processes are natural processes that change Earth’s physical features including forces that build up or wear down the Earth’s surface. They give rise to the spatial variation on our planet, meaning the changes that occur in specific areas or locations over space and time. Think continental drift, formations of mountains, ice caps melting or formations of rivers and how they change the landscape over time.

These spatial variations (changes in area over time) in climate, physical geography, natural resources etc have directly influenced human settlement patterns. Civilisations have flourished in fertile valleys, near rivers, lakes, shores, and coastal areas and near other highly productive ecosystems. It is physical processes that give rise to the formation of these areas and so directly affect where we live and how we live. I think this is a really important area of our geography curriculum but also a complex area to teach in enough depth for children to develop a strong schema.

The table below is an example of what a progression within learning about physical processes could look like. As children move through the curriculum, we can plan for them to encounter this through many real life, place-related examples and so bring their locational and place knowledge to the exploration. They become more proficient and adept at understanding physical processes.

Understanding what this might look like in different age phases could help us sequence our curriculum effectively and therefore pitch our lessons appropriately; it could then underpin our assessment too.

 

Physical Processes

 

Of course, this is one example, not an exhaustive list of possible objectives, and your geography curriculum may have sequenced the content differently.

Some learning here is sequential in its nature and needs to form the foundation of a child’s experience with physical processes. Some learning, further in the curriculum journey, is about strengthening and securing a child’s schema around physical processes by meeting the learning in many contexts. This is achieved by providing many contextualised examples, thus widening the child’s understanding, and creating a strong schema.

 

What might this look like in the classroom?

In EYFS, the learning is experiential and provides the foundation for all future learning. A child may be busy observing and discussing weather with an adult. They may notice that puddles form when it rains. They will discuss what clothes to wear on a hot day or a cold day. A child may engage in play with soil, sand and water noticing some of the properties of these materials and engaging in a simple discussion with an adult. They will begin to point out and name physical features of the school grounds and build their repertoire of vocabulary. This will also be developed through play, stories, video clips etc. of other places. These types of experiences are essential and a foundation to future learning about the weather and other physical processes.

During KS1, a child may engage in a daily class activity recording the weather. They will learn that the weather relates to the seasons. They will also begin to make links between the seasons and growing plants. They will build on the work in EYFS and extend their vocabulary by identifying a greater range of physical features through studying the local area and other places.

Also in KS1, a child may build on the prior learning above by identifying hot and cold places in the world and relating these to the position of the equator and the poles. They will expand their vocabulary further when identifying physical features especially when studying a place very different to their own in their non-European study. Here, children may encounter physical features that are not in their own locality and begin to identify some significant physical features in the world (deserts, mountains, coasts, rainforests, jungles, etc)

This learning, within Early Years and KS1, provides the basis for future learning. As children move through the curriculum step by step, all future physical processes knowledge will be built on these foundations.

As children move into lower KS2, they progress from identifying and labelling physical features to exploring physical processes. The learning from KS1 provides a bedrock foundation for new learning to sit and stick. Without these first steps, children will struggle to understand other content. For example, early experiences with seasons relating to plant growth and knowing there are hot and cold places on the planet provide the basis of a schema in which knowledge about vegetation belts and climate zones will later sit.

A child in lower KS2 may study the water cycle. They might relate this to the formation of rivers. They will understand that the formation of rivers has changed the landscape. They might link this to their Year 3 science topic of rocks. They may also link their learning to the local river where they may undertake investigative fieldwork identifying and labelling the river parts, making sketches and measuring water flow etc. They could also contextualise their learning by exploring, ‘what is it like to live near a river?’ in a study of the Amazon River for example.

Children in lower KS2 may also learn about mountains and how they are formed. To understand this, they will need knowledge about tectonic plates. This will rely on knowledge about the continents studied in Year 2. They will recall prior learning about significant physical features of the world and may remember some well-known mountain ranges. They will understand how mountains are formed and may investigate a region in Europe that contains mountain ranges. They may also investigate earthquakes and how the friction between tectonic plates causes them. To contextualise learning, they may study a region that has suffered from earthquakes and discuss their impact on people and land. Teachers could help children create strong schema by making the link between rivers and earthquakes as two physical processes that change the Earth’s features and impact the way we live.

Children in upper KS2 may investigate how volcanoes are formed; they could link this learning to prior learning about tectonic plates. They will draw on their expanding location knowledge to use more complex maps to locate volcanoes around the globe and begin to analyse patterns. To contextualise their learning, children may investigate the question of, ‘why do people choose to live near volcanoes?’ Here they may link their learning to case studies of one or more places. For example, farming in the Naples region of Italy can sometimes be difficult due to the limestone basement rock. However, due to the lava-rich soil, they are able to grow vines, vegetables, flowers etc. In Iceland, geothermal energy is used to heat swimming pools and buildings. These case studies are two examples of how human and physical geography are interconnected; they bring classroom learning to life and take the learning about physical processes from an isolated knowledge bank into a more real life, rounded view of the processes being studied and their impact on humans.

As children move towards the end of the planned curriculum in upper KS2, they will be able to weave together much of their substantive knowledge and make links between different areas of learning. They may investigate different vegetation belts and explore case studies, by, for example, returning to look at the Amazon River as a South American place study, recalling knowledge of rivers and moving to looking at what crops can be grown and how the land is used. This links physical and human geography. They may look at case studies of coffee farmers and explore cash crops and fair trade. Children may also return to look at their local area in more depth undertaking fieldwork linking together all four concepts of geography.

In the examples above, we can see that the knowledge secured in EYFS and KS1 provides a foundation for future learning; a place for new learning to connect to and stick. The learning provides the foundations necessary for what comes next.

When children reach KS2, the learning about physical processes broadens and deepens. Here, it might be less important what order some of the learning is presented in and more important to focus on schema development – connecting learning by presenting the knowledge of physical processes in a range of contexts, linking to real places studied and combining with the other concepts of geography. Here the teacher needs to narrate the learning; drawing children’s attention to where ideas have been met before, and how things connect.

With this approach to building a strong schema, the key is to highlight, and relate all learning to prior learning. This is how children make sense of their learning and begin to connect the different knowledge bases of geography. This is making progress. The stronger the schema, the better the recall and the deeper the understanding.

The stronger the schema, the better the recall and the deeper the understanding.

This blog by Tom Sherrington is useful for thinking about schema if you want to delve further.

The important point here is that we can view the way children make progress within the thread of physical geography in more than one way:-

  • In a more sequential, linear manner; with each year and topic they study, they become more proficient as their skills build incrementally.
  • In a manner more like mastery where children develop a rich schema around the thread by meeting it many times in many different contexts throughout the curriculum.

In summary, if we want these teaching moments to be meaningful, we need to draw the children’s attention to the learning where they have met it before. Highlighting the prior learning and where they will meet the ideas again in subsequent topics, ensures that a constant thread is pulled through the geography curriculum enabling children to progress.

In answering the question, how do children get better at geography?  here are three factors that leaders may wish to think about:-

  1. Children can get better and make progress within the concepts that underpin geography hierarchically, if these are planned for in an incremental way, as shown in the example progress table.
  2. They can develop a rich schema around these concepts, to master the ideas, by purposefully meeting knowledge in many contexts, weaving the four concepts of geography together, with the adult drawing their attention to the concepts as they are revisited.
  3. The points above might work best when we purposefully plan the opportunities and highlight them to the children. ‘Do you remember when you looked at tectonic plates and how their movement may cause earthquakes? Well today, we are going to look at how tectonic plates play a part in the formation of mountains…’, which might require a combination of both points 1 and 2.

In your school;

  • Is there an understanding of the geographical concepts that underpin learning in geography (location knowledge, place knowledge, human and physical geography and geographical skills and fieldwork)?
  • Do adults purposefully draw pupils’ attention to these concepts and where they have been met before (to allow pupils to develop schema)?
  • Do adults understand how this learning might grow and develop over time as pupils mature (thinking about the progression table idea)?

In subsequent blogs, we will exemplify further concepts in other foundation subjects asking the key question, what does it mean to make progress?

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Home visits for all!

Published
27 March 2024

Over the years, there has been a decline in the number of schools facilitating home visits as part of their transition procedures for valid reasons. The impact of the pandemic exacerbated this further, and it seems to be an area that is yet to fully recover.

 

“Do you remember when you came to my house?” I was asked by a Year 6 pupil, seven years after the visit. I absolutely did remember. The child and their parent/carer had made me fairy cakes with blue icing, and I was taken on a tour of the garden to see their new trampoline. It wasn’t the first time I had met the child, but it was clearly an important enough meeting for this child to remember at 11 years old as they were starting their next big transition to secondary school.

Over the years, there has been a decline in the number of schools facilitating home visits as part of their transition procedures for valid reasons. The impact of the pandemic exacerbated this further, and it seems to be an area that is yet to fully recover. I am therefore on a mission to bring back home visits for all nursery and reception starters by exploring some of the barriers and ways to mitigate them.

Time constraints

Where schools are facing challenges with staffing and recruitment, trying to cover any time away from the classroom is difficult. As with everything in school, forward planning is key. Keep transition on the agenda all year, not just in July and September as this is too late and puts a lot of pressure on everyone.

  • Put transition events on the whole school calendar so that everyone is aware of them.
  • Consider restricting school trips on the days where home visits are planned to be carried out to ensure sufficient adults are available in school.
  • Give enough notice to any adults that might be required to cover in EYFS and remember to check ratios and qualifications for covering nursery classes.
  • Consider using non-contact time to facilitate the visits (PPA, subject leader, management time etc) or using INSET days.
  • Consider carrying out home visits for nursery children moving to reception in the summer term and for all new starters at the beginning of the autumn term.

 

Calendar appointment

 

Safety concerns

In some cases, schools have indicated that carrying out home visits might not be safe. If we are concerned with the safety of our staff being in the home then we should be just as, if not more, concerned about the safety of the children. Whilst schools offer opportunities for children and families to visit the school through induction meetings, stay and play sessions and other transition events, what about the families that do not access any of this? How are you ensuring the safety of the children?

  • Ensure risk assessments are in place for every home visit and make adaptations for individual situations as required.
  • Ensure two people carry out home visits. This may usually be the class teacher and teaching assistant. However, if there are concerns it may be appropriate to have a member of the senior leadership team accompany the teacher instead.
  • Conduct doorstop/garden visits and insist on seeing the child. You might consider organising a series of shorter visits to bring resources to the family to support transition.
  • Consider finding a more neutral ground to meet, such as a local library or family centre.

 

Family with social worker

 

Children already in nursery

As someone whose background is in teaching mixed aged classes, I can honestly say that no two home visits are the same, even for the same child! There is no harm in offering a home visit to families that are already accessing EYFS provision at your school, but you may find that not offering it has a detrimental impact.

  • Offer a home visit to all families moving from nursery to reception.
  • Take the opportunity to build relationships as the new teacher, especially if you have separate nursery and reception classes.
  • Use the home visit to inform parents/carers of how to best support their child with transition through the summer. 

 

Young parents having fun with their children at home

 

I remember the home visits I have participated in with fondness and privilege. I recognise that I am lucky to have not faced any seriously challenging situations but know that home visits can be invaluable for ensuring the safety of children as well as enabling a more successful start to school. Offering a home visit to every family gave me a more realistic view of their daily life and made me reflect on the provision I put in place for when they started.

If you would like further guidance with developing your transition procedures, the HFL Education Supporting Smooth Transitions toolkit is available with a wealth of resources that can be used to supplement your school’s transition. 

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Supporting lower-attaining pupils in KS3 maths to become fluent and flexible calculators

Published
26 March 2024

"Tracking back to go forward is a powerful strategy; build learning from secure foundations. Find out more about Making Fluent & Flexible Calculators in KS3."

 

In Charlie Harber’s blogs Making fluent and flexible calculators: why counting is not enough and Making fluent and flexible calculators: why is additive reasoning essential for children's success in multiplication?, she explains the importance of pupils learning a range of mental additive calculation strategies and then using and applying this knowledge to a greater fluency range.

 

Confidence comes from making connections

I feel that pupils being able to see connections between what they already know and unfamiliar learning is crucial to becoming confident mathematicians and enjoying the subject.

Sadly, we know many pupils and adults don't feel confident with mathematics and see it as a bewildering world to which they don't have access. These feelings begin to manifest in our youngest pupils, and by KS3, there are pupils so disengaged that they lose faith that maths will ever be for them.

Within the main findings of Ofsted's 2023 Coordinating Mathematical Success: the mathematics subject report, the following is said about secondary schools:

Pupils who are learning mathematics more slowly than their peers frequently receive a mathematics education that does not meet their needs. They are often rushed through the study of new content, in order to ‘complete the course’, without securely learning what they are studying.

Maths is hierarchical; new learning builds on what has come before. Let's take solving an algebraic equation that we might find in a KS3 maths lesson:

Find the value of x

4x + 7 = 25 – 2x

 

Curriculum progression: tracking back and making connections

To work out the value of x, you need to have a whole set of prerequisites, including:

  • Understanding what equals means
  • Understanding the symbols + and –
  • The shorthand of 4x meaning 4 multiplied by x
  • The rules of BIDMAS
  • Inverse relationships to be able to re-arrange the equation
  • Addition calculation strategies
  • Multiplication and division facts

If all this isn't in place when these types of calculations are introduced, a set of 'rules' are learnt and applied. This works to an extent, but when following a process, if a mistake happens, it is tough to notice or figure out what has gone wrong. This breeds low self-confidence and a sense of failure.

 

Foundational facts for KS3

Research by the Nuffield Foundation on Low attainment in mathematics: an investigation focusing on Year 9 pupils in England found that:

Prior attainment in mathematics is the strongest predictor of future attainment.

All other factors (including gender, socioeconomic status, attitudes, etc) are very much second order. What pupils can learn appears to be largely predicted by what pupils already know.

So, thinking about this, and if we consider that the list of prerequisites above is mainly taught in KS1 or lower KS2, will currently lower-attaining pupils in KS3 ever 'catch up'? 

In the Autumn term of 2023, HFL Education piloted the Making Fluent and Flexible Calculators project with a group of secondary schools from around the country. Programme training supported effective delivery of the diagnostic assessment to identify pupils’ gaps in additive calculation strategy. Further training and teaching resources provided guidance around how to explicitly teach efficient strategies to secure learning for pupils to use and apply. 

 

Building trust

Within the project, learning is tracked back to base fact foundations (KS1 learning) and focuses on one calculation strategy at a time. Explicit instruction is used to ensure the strategies are conceptually understood and trusted.

Once trust in the strategy is gained, rehearsal ensures that confidence grows and application of the strategy to a greater fluency range is introduced. Crucially, as well as learning how to use and apply a strategy when solving calculations, time is also spent considering when a strategy shouldn't be used.

The Nuffield research also found that "pupils valued detailed explanations with methods broken down into steps". When teachers were interviewed about the importance of being able to derive an unknown fact from a known one, they recognised that this was an essential element of fluency. Still, most reported that "they had not taught this skill explicitly and that their pupils rarely used it."

 

Whiteboard with text
Explicit teaching of regrouping to 'Think 10’, making clear links from base facts and growing the fluency range.Year 7 at Watford Grammar School for Girls

 

Once the pupils have been taught the strategies, rehearsal time is needed. To summarise point 115 in the 2023 Ofsted mathematics subject report, when teachers recognised that retrieval practice needs to include rehearsal of crucial knowledge and skills that pupils had learnt previously but not yet to automaticity, success rates were generally high.

The Making Fluent and Flexible Calculators project uses this principle once the explicit teaching of a strategy is completed.

Repetitive, scaffolded, linked practice is completed regularly for 5-10 minutes daily. The practice is teacher-led and initially highly scaffolded so that misconceptions can be ironed out and not rehearsed. Remember, practice makes permanent; not always perfect!

Making Fluent and Flexible Calculators practice supports the teaching of crucial knowledge and skills that have been learnt but need further rehearsal to gain automaticity:

 

Maths equations
Making Fluent and Flexible Calculators: Practice scaffold

 

Making Fluent and Flexible Calculators: Whole class fluency slide

 

Making Fluent and Flexible Calculators at KS3: Impact data

Having completed the programme, exit diagnostics are completed and data is crunched.

On average, in just 8 weeks, students in lower-attaining KS3 classes made 10 months of progress in their accuracy in mental maths, and their knowledge and use of base facts increased by 12 months.

 

What do teachers think?

From conversations with teachers, there were initial doubts about the low starting points and repetitive nature of the practice, but quickly, it was recognised that pupils, particularly in lower sets, were seeing success.

The repetitive nature of the practice quickly became familiar and due to the practice only being a small part of the maths lesson, they weren't losing out on coverage.

In several schools, getting the implementation right was a challenge. Staff changes or absence and getting staff to buy in to a way of teaching and learning mathematics that may feel a little alien in a secondary school setting were barriers to overcome.

But where there was a champion and once the pupils started to see success, teachers saw success too. Several schools have decided to use the programme every year with Year 7 pupils to ensure they have a good grounding of mental maths calculation strategies to build on.

 

Pupils in KS3 with Special Educational Needs

We know that more and more pupils are being recognised as having special educational needs, and we also know that the ripples from missed teaching during the COVID-19 pandemic will continue for several years.

If we want pupils in KS3 to move forward, we might have to start by going a long way back.

Some schools are using schemes that have a watered-down version of the 'full curriculum' for pupils with lower attainment but if foundations, crucial skills and knowledge aren’t secure, research shows that they will just tread water or even worse… even if the curriculum is thinned.

The Making Fluent and Flexible Calculators programme enables the crucial skills and knowledge to be explicitly taught and rehearsed alongside the teaching of the broad KS3 maths curriculum. 

For school-specific queries, contact the HFL Education Primary Maths Team at primarymaths@hfleducation.org


References

Ofsted (2023) Coordinating mathematical success: the mathematics subject report Available at: https://www.gov.uk/government/publications/subject-report-series-maths/coordinating-mathematical-success-the-mathematics-subject-report

Nuffield Foundation (2020) Low Attainment in Mathematics: an investigation focusing on Year 9 pupils in England MAIN REPORT Jeremy Hodgen, Robert Coe, Colin Foster and Margaret Brown with Steve Higgins and Dietmar Küchemann: Low attainment in mathematics: an investigation of Year 9 students - Nuffield Foundation

 

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