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Best Prep Schools in London 2025, How to Enter at 4 Plus and 7 Plus

admin — Thu, 08 Jan 2026 18:33:47 +0000

Part 1 – Best Prep Schools in London by Area

London has one of the highest concentrations of private and prep schools in the UK, with each neighbourhood offering its own mix of long-established, high-performing and popular options. The sections below outline five major regions where families commonly look for strong private prep schools: West, North, South, East and Central London.

West London (Kensington, Chelsea, Notting Hill, Hammersmith, Fulham)

Glendower Prep
Pembridge Hall
Falkner House
Wetherby Kensington
Wetherby Kensington
Thomas’s Kensington
Bute House
Latymer Prep
Notting Hill Prep
St Paul’s School
King’s College School, Wimbledon
Hampton Prep
Rokeby School
Putney High School
……

North London (Hampstead, Highgate, St John’s Wood, Belsize Park)

Highgate Pre-Prep
Hampstead Hill School
UCS Pre-Prep
Devonshire House
Arnold House
North Bridge House Pre-Prep
Hereward House School
Sarum Hall
The Hall School
Saint Christina’s
Trevor Roberts School
St Christopher’s Prep School
……

South London (Dulwich, Clapham, Battersea, Wandsworth)

Dulwich Prep London
Alleyn’s Junior School
JAGS Prep
Eltham College
Newton Prep
Eaton House The Manor
Thomas’s Clapham
White House Preparatory School
……

East London (Canary Wharf, Hackney, Stratford, Shoreditch)

The Lyceum
Gatehouse School
River House School (Closed)
North Bridge House Canonbury（slightly NE）
……

Central London (Marylebone, Westminster, Belgravia)

Westminster Under School
City Junior School
Eaton Square School
St Peter’s Eaton Square
Westminster Cathedral Choir School
St Paul’s Cathedral School
Bluecoat
……

London is home to a wide range of well-regarded junior and prep schools, and many parents find it helpful to look at where pupils typically move on to next as part of their school research.

Below, junior schools are shown with reference to Times league table listings, to offer additional context rather than a fixed ranking.

For clarity on school names: where league tables or destination lists use the name of a senior or all-through school (as commonly shown in published data), we refer separately to the associated junior or prep school where relevant.

For example, when the name Westminster School appears in a table, any references to early entry routes relate specifically to Westminster Under School, which has its own admissions process and entry points. Where a 4+ route is mentioned, this always refers to the junior or prep school, not the senior school itself.

Rank	School	Town	*A-Level(%A)**	*A-level(% A/A)**	A-level Rank	GCSE (% 9-7)	GCSE Rank	Gender	4+	7+	11+
2	Westminster School	London	60.5	88.5	4	98.7	1	Boys	Yes	Yes	Yes
5	North London Collegiate School	London	47.6	86.5	8	96.3	9	Girls	Yes	Yes	Yes
11	Wimbledon High School GDST	London	51.4	80.8	16	94.6	15	Girls	Yes	occasional	Yes
15	Highgate School	London	41	78.5	21	94.8	13	Co	Yes	Yes	Yes
28	South Hampstead High School GDST	London	32.4	74.8	36	93.2	18	Girls	Yes	Yes	Yes
29	James Allen’s Girls’ School	London	35.9	74.9	35	93	19	Girls	Yes	Yes	Yes
31	University College Senior School	London	35.8	74.3	38	92.9	20	Boys(4-16) Girls(16-18)	Yes	Yes	Yes
32	Putney High School GDST	London	40.5	74.3	39	92.7	22	Grils	Yes	Yes	Yes
34	Alleyn’s School	London	40.4	78.7	20	88	40	Co	Yes	Yes	Yes
37	Notting Hill and Ealing High School GDST	London	28.2	70.3	48	90.7	31	Girls	Yes	Yes	Yes
45	Dulwich College	London	32.2	64.5	73	91.7	25	Boys	Yes	Yes	Yes
46	Merchant Taylors’ School	London	36.6	71.2	44	85	63	Boys	Yes	Yes	Yes
55	Francis Holland School, Sloane Square	London	25	66	66	88	41	Girls	Yes	occasional	Yes
61	Channing School	London	23.9	67.8	58	85.3	60	Girls	Yes	occasional	Yes

All ranking and destination details are shared as a guide only, and are most useful when considered together with factors such as school ethos, pastoral care, location and your child’s individual needs.

If you’d like to stay informed about 4+ and 7+ pathways — including admissions updates, learning guidance and upcoming resources — you’re welcome to join our parent group for ongoing support and consultation.

[Join our parent group for 4+ and 7+ updates]

PART 2 — Why London

London is home to some of the most established and well-resourced prep schools in the world. Families who move to London—whether from elsewhere in the UK or internationally—often discover very quickly that early education here is more than just “school”: it is a blend of cultural exposure, academic development, pastoral care, and extraordinary enrichment opportunities.

Children in London benefit from an ecosystem that is difficult to replicate anywhere else:

World-class cultural access

Private and prep schools make regular use of London’s museums and galleries — the Natural History Museum, Science Museum, V&A, British Museum, Tate — integrating them into topic work, history projects, science enquiry and literature studies. Learning naturally extends beyond the classroom.

A highly international environment

Many London prep schools have pupils from diverse cultural and linguistic backgrounds. Families often value an environment where children grow up with global awareness and social confidence.

Small class sizes & strong pastoral systems

Most private prep schools offer smaller classes, close teacher–child relationships, and pastoral care structures that help young children transition smoothly through their early years.

Rich co-curricular provision

Music, drama, coding, sport, swimming, debating, Forest School sessions, robotics and chess—London prep schools frequently offer specialist-led programmes even in the youngest years.

Experienced teachers & stable staffing

Independent schools often retain staff for many years, offering consistency and deep expertise across early literacy, early maths and enrichment subjects.

Long-term pathways

London’s prep schools also connect to well-known senior schools, meaning the early years shape much of a child’s educational journey.

This article gives you a clear, area-by-area guide to London’s best-known private prep schools, and later, explains the main entry routes (4+, 7+, 11+ and occasional places), helping families plan ahead with confidence.

If you’d like to understand whether your child’s current learning skills match 4+ or 7+ expectations, try our Free Early Years Level Test

PART 3 — Practical Factors Families Commonly Consider When Choosing a Prep School

Choosing a prep school in London often goes far beyond looking at academic outcomes or league tables. Families tend to weigh a combination of practical, emotional and long-term considerations that help them decide which environment will best support their child between the ages of 4 and 11.

These factors are not about which school is “better”, but about which setting aligns with a family’s rhythm, values and day-to-day life.

3.1 Location and Daily Routine

London offers many excellent private prep schools, but the day-to-day reality of school life matters enormously — especially for younger children. Many families prefer choosing schools that fit naturally into their morning and afternoon routines, keeping travel time predictable and manageable.

A shorter journey often means children arrive more settled, families feel less rushed, and there is more flexibility for after-school activities or homework rhythms. Some families also look at proximity to siblings’ schools, childcare arrangements or local clubs that shape their weekly schedule.

3.2 Single-Sex or Co-ed: Understanding the Differences Clearly

London has a wide mix of respected single-sex and co-educational prep schools. There is no universally “better” option — only what suits a child’s personality, confidence and family preferences.

Single-Sex Prep Schools (Girls’ or Boys’ Schools)

Families may consider single-sex prep schools because:

• Children might feel more confident without certain social pressures

Some families notice that younger children participate more freely or speak up more comfortably among same-gender peers — especially when confidence is still developing.

• Teaching and pastoral approaches can be more tailored

Single-sex schools may shape elements of their curriculum or classroom routines based on developmental patterns they observe within their own student groups (as described in school ethos statements).

• Girls may explore a wider range of subjects, including STEM

Some studies suggest that girls in single-sex environments are more likely to take STEM subjects later in school.

Families who value early exposure to maths, science or problem-solving sometimes find this reassuring.

• A calmer environment may benefit some children

Parents occasionally observe smoother routines or fewer social distractions in single-sex settings during the early primary years.

• Children with several siblings of the opposite gender might enjoy a change of environment

Some girls from all-brother households or boys from all-sister households enjoy being in a peer group where they can develop a different type of social confidence.

• Clearer long-term pathways

Many single-sex prep schools have well-established 11+ or 13+ destinations, which may appeal to families seeking structured academic progression.

Co-educational Prep Schools (Mixed Schools)

Families may choose co-ed schools because:

• A more natural, everyday social environment

Mixed settings can mirror real-life interactions, helping children practise cooperation, communication and friendship-building with a wider range of peers.

• Convenience for families with multiple children

Parents with both boys and girls often appreciate having one shared school community, logistics and calendar.

• Broader friendship groups & diverse personalities

Co-ed schools may offer children access to a wider mix of temperaments, interests and social styles, helping develop flexibility and emotional maturity.

• Continuity from nursery

Because most nurseries are mixed, some children transition more smoothly into co-ed Reception or Year 1 settings.

• Families value seeing boys and girls learning together from the start

Some parents prefer environments that reflect the social dynamic children will experience beyond school — in university, workplaces and daily life.

• Balanced group dynamics

In some classrooms, mixed-gender groups may support calmer behaviour, stronger reading progress or increased empathy — depending on the group and teaching approach.

Which is better? Neither — it depends on the child.

Both single-sex and co-ed prep schools can offer:

excellent teaching
strong pastoral care
rich co-curricular programmes
and supportive learning environments

The key is not the structure itself, but whether the child feels:

happy
confident
understood
and excited to learn

3.3 School Culture, Values and Learning Approach

Although London’s private prep schools all follow national curriculum expectations, their day-to-day practice can differ significantly. Some emphasise a more traditional, academically structured approach; others highlight creativity, interdisciplinary projects or a whole-child philosophy.

These differences are usually described clearly on school websites under “ethos”, “vision”, or “academic approach.” Families often explore these descriptions to understand the environment their child will be part of, especially during the early primary years when confidence, communication and learning habits take shape.

3.4 Co-curricular Opportunities and Specialist Teaching

Music, drama, sport, languages and STEM clubs are core to the identity of many London prep schools.

Families may look at:

strength of music and choir programmes
variety of sports and facilities
drama and performance opportunities
availability of specialist teachers
Forest School or outdoor learning

These programmes enrich school life and help children discover areas they enjoy, often becoming key factors in a family’s final choice.

3.5 Class Size, Pastoral Care and Teacher Communication

Many families also note the importance of smaller class sizes and close communication with teachers — common features in London’s private schools. Some schools provide weekly academic updates or personalised termly reports; others offer structured pastoral systems that help children settle emotionally and socially. Understanding this level of support can help families choose the school where their child will feel secure, confident and well-understood.

3.6 School Open Days — Your First Real Look Inside a Prep School

While websites and prospectuses offer a helpful overview, most families say that an Open Day is when a school truly “comes alive.” It’s often the moment parents understand whether the school’s atmosphere, routines and teaching style feel right for their child.

Open Days allow families to:

walk through real classrooms
observe how teachers interact with pupils
see the pace and tone of lessons
explore facilities (music rooms, science labs, outdoor areas)
understand the pastoral environment
meet staff and ask practical questions about daily life

Many families find that Open Days become the moment when differences between schools truly make sense — whether they are exploring early entry at 4+, considering the 7+ route later on, or simply trying to understand which environment feels right. If you’d like a clear structure for what to look for, what to ask, and how to reflect after each visit, you can check our full Open Day Parent Checklist here

PART 4 — How Children Enter London Prep Schools: Understanding 4+, 7+ and Occasional Entry

When exploring London prep schools, families will quickly come across different “entry points” — 4+, 7+ and, occasionally, openings in other years. These entry points (4+, 7+ and others) refer to the approximate age a child will be when joining the year group — usually measured as their age on 1 September. However, exact eligibility can vary by school, including month of birth cut-offs or whether slightly older children may still sit a particular assessment. Families should always check each school’s admissions policy or contact the school directly for confirmation. Before deciding which pathway feels right, it helps to understand what each stage actually involves and why families choose them for different reasons.

4.1 The 4+ Entry Route (Play-Based Observation for Reception Entry)

The 4+ assessment is one of the most familiar routes into London pre-prep schools. It typically involves short, play-based group sessions designed to understand how comfortably a child interacts in a classroom setting.

What 4+ usually involves

small-group play
simple puzzles, matching games, fine-motor tasks
storytime or picture discussions
observation of listening, social interaction, confidence and curiosity
no formal academics
warm, age-appropriate activities

Why entry at 4+

For many parents, 4+ offers stability and simplicity.

When a child receives a place at 4+, they often do not need to sit the 7+ assessment for that school. The child can remain in the same environment, building confidence and friendships without further selection pressure at age 6 or 7. Some families also feel that 4+ is a gentler entry point compared to later selective assessments. At this age, schools focus on readiness — emotional, social, and developmental — rather than academic performance. Families who prefer a nurturing, play-led beginning often appreciate the lighter tone of 4+.

Another group of parents prefer 4+ because they want to secure a long-term pathway early. They may feel that admissions become more competitive later, and that early entry avoids the intensity of preparing for 7+ and 11+.

Families who wish to avoid “last-minute pressure” often choose this route.

Finally, some families simply take a pragmatic approach:

“We’ll try 4+, and if it doesn’t feel right, we can revisit options again at 7+.”

This flexibility makes 4+ an appealing stage for many.

4.2 The 7+ Entry Route (Selective Assessment into Year 3)

7+ entry is the second major pathway into London prep schools, especially for academically selective schools or those with large intakes at Year 3.

By age 6–7, many children have clearer learning profiles and more established skills, which helps families feel they are making a decision based on their child’s emerging strengths.

What 7+ usually involves

English: comprehension, creative writing, vocabulary
Maths: number sense, problem-solving, reasoning
Verbal & Non-Verbal Reasoning
Interview: discussion, picture prompts, or short tasks

Why enter at 7+

Some families feel that children are more ready to show who they are at this age — more articulate, more independent, more capable of demonstrating their thinking.

Parents who prefer to wait often choose 7+ because:

they want to observe their child’s learning style during Reception and Year 1
their family may not be in London early enough for 4+
their preferred schools do not offer 4+ places
they want a more “ability-driven” entry point once skills are clearer
they want to avoid committing early if they expect to move boroughs or change jobs

Some families also feel that 7+ spreads out the academic pressure compared to waiting for 11+. 7+ allows children to settle early into a prep school, giving several years of structured support before 11+ comes around.

And just like at 4+, some families adopt a practical “try both” mindset:

“We’ll see how 4+ goes, and if needed, we can explore 7+ later.”

4.3 Occasional Entry (Openings in Other Years)

Because London is a highly mobile city, families relocate frequently — from overseas or between boroughs. This sometimes creates unexpected openings in Year 1, Year 2, Year 4 or other year groups. Schools typically run a short assessment and interview for these occasional places. For flexible families, these openings can be a valuable additional route, though they cannot be predicted or relied upon.

PART 5 — Will My Current School Help My Child Prepare for 4+ or 7+?

Families often wonder how much support their child’s current school will provide when it comes to preparing for 4+ or 7+ assessments. The short answer is that schools do support children, but may not always in the ways parents assume. Here is what most families can realistically expect.

5.1 What Schools Do Provide

Most London nurseries and primary schools, whether independent or state, are firmly grounded in:

the Early Years Foundation Stage (EYFS) framework for Nursery and Reception
the National Curriculum from Year 1 onward
strong pastoral systems
classroom routines that build confidence, social skills and early independence

Teachers help children:

develop early literacy and numeracy
build communication skills
strengthen attention, curiosity and early problem-solving
learn to follow routines and work with others

This is essential and forms the foundation for every entry point. Many schools also offer some enrichment (phonics groups, story sessions, light maths extension, small-group tasks), but these are designed for whole-child development, not specific exam preparation.

5.2 What Schools Do Not Specifically Aim To Do

It’s equally important to understand what schools are not designed for. Most schools are not structured around selective entry exams. Their core responsibility is to follow curriculum expectations and ensure healthy developmental progress, not to coach for specific assessments.

This means:

Reasoning (VR/NVR) is rarely taught explicitly
Selective 7+ maths (multi-step word problems, number sense depth) may not be part of the standard curriculum sequence
Writing tasks used in 7+ English assessments may differ from what schools prioritise at this age
Interview confidence is built through classroom life, but not through structured interview practice
Children in different schools learn content in different orders, depending on each school’s curriculum design

Some independent schools do offer extension groups or “challenge sessions”, but these exist to stretch learning, not to prepare children for 7+ assessments at other schools. And because children across London sit the same exam standard regardless of their current school’s curriculum sequence, families sometimes find that extra support fills in natural gaps. This isn’t a criticism of schools — simply a reflection of the difference between:

classroom learning vs. selective assessment requirements

Two different goals, two different systems.

5.3 Some Families Choose Additional Support

Because classroom learning and selective entry assessments do not always overlap perfectly, many families — especially those considering highly competitive 7+ routes — look for additional support to strengthen:

reasoning and logic
number sense depth
reading comprehension
attention and task completion
structured problem-solving
interview confidence

For some families, especially those who may only be in London for a few years or whose children joined mid-year, extra support also helps maintain consistency across different school systems.

But the intention is never to “hot-house”.

For most parents, it is about:

reducing pressure at home
giving the child more confidence
ensuring that preparation feels gradual and enjoyable
helping children feel ready, without overwhelming them

This is why many families begin strengthening core thinking skills during Reception, Year 1 and Year 2, well before formal assessments, not to accelerate learning unnaturally, but to help children grow into confident, flexible thinkers.

Try Think Academy’s interactive online maths course for FREE

PART 6 — How to Prepare for 4+ and 7+ (Realistically and Effectively)

Preparing for 4+ or 7+ does not need to feel stressful or academic. In fact, the children who progress most smoothly are usually those who have built strong thinking habits, not those who have memorised content.

The goal is simple: help children grow the skills that selective schools naturally notice — curiosity, clarity of thought, confidence, number sense, reasoning and attention.

The following guidance outlines what preparation really means at each stage, and how families can support their child without overwhelming them.

6.1 Preparing for 4+ (Reception Entry)

4+ assessments are play-based, so preparation should also feel like play. The focus at this age is not academics; it is about showing natural readiness — the ability to listen, try, explore, follow routines and enjoy learning.

What matters most at 4+

Communication: speaking in full sentences, expressing feelings or ideas
Listening & following instructions: simple 1–2 step directions
Early curiosity: noticing, exploring, asking questions
Social confidence: sharing, turn-taking, interacting with peers
Fine motor control: drawing, threading, building, early mark-making
Emotional regulation: staying calm with transitions and new adults

4+ preparation is really about helping children feel comfortable in structured play.

Parents often notice that children become more engaged in learning when they are gently encouraged to:

try small challenges
play with puzzles
enjoy stories
observe details
talk about what they see and think

For families who want clearer guidance, we have a full 4+ Parent Guide that explains observation tasks in more detail.

6.2 Preparing for 7+ (Selective Entry in Year 3)

Unlike 4+, the 7+ assessment asks children to show structured thinking across English, maths and reasoning. But the strongest performers are not the ones who have memorised hardest worksheets — they are the ones who have deep number sense, clear logic, strong comprehension and steady focus.

What truly matters for 7+

Number sense: flexible understanding of numbers, patterns, relationships
Reasoning skills (VR/NVR): spotting patterns, building logic, spatial thinking
Reading comprehension: understanding stories, making inferences, predicting outcomes
Writing clarity: organising ideas, using detail, expressing thought
Attention & task completion: staying with a task and finishing carefully
Resilience & confidence: staying calm during challenges

7+ preparation is most effective when it begins early — not with pressure, but with gradual, enjoyable challenge in Reception, Year 1 and Year 2.

Children thrive when reasoning and problem-solving become part of their weekly rhythm, rather than an intense, last-minute sprint.

We also provide a detailed 7+ Parent Guide for families who want to understand the assessment in more depth.

6.3 A Gentle, Long-Term Approach Works Best

Families often worry that early preparation means “starting too soon”, but in reality, you’re not preparing for an exam — you’re building the foundations of confident learning.

A slow, consistent approach helps children:

build habits without pressure
approach challenges positively
grow resilience, attention and flexible thinking
enjoy learning rather than fear it

Think of it as helping your child grow the skills that will support them far beyond 4+ or 7+ — skills they will use in everyday school life, in friendships, in curiosity and in future challenges.

This is why many families begin strengthening core skills — number sense, reasoning, communication and focus — gradually during Reception and Year 1. It feels lighter, calmer and more effective than trying to accelerate everything in one short phase.

London Offers Many Excellent Prep Schools, but Strong Early Skills Make the Real Difference

London is one of the few cities where families can choose from so many established private and prep schools — each with its own character, strengths and pathways. Whether a family begins their journey at 4+, 7+ or through an occasional place, there is no single “right” entry point. What matters most is understanding your child, your family’s rhythm, and the environment in which they will feel confident, happy and supported.

The early years are a remarkable stage of growth. Children build their first habits, their early curiosity, their number sense, their reasoning, their language ability and the confidence to engage with the world. These foundations shape not only how well they perform in 4+ or 7+ assessments, but also how they settle into school life and how they approach challenges for years to come.

Families often discover that the most effective way to prepare is not to accelerate learning, but to help children grow these core skills steadily — through clear routines, playful challenge, guided thinking and gentle structure. A thoughtful approach during Reception and Year 1 makes the later stages feel lighter, calmer and far more enjoyable for both child and parent.

If you’d like personalised guidance on how to nurture your child’s early learning and plan calmly for 4+ or 7+, feel free to contact us, and you can also receive our free early years learning materials to support your child.

The post Best Prep Schools in London 2025, How to Enter at 4 Plus and 7 Plus appeared first on Think Academy Blog.

Year 1 Maths Curriculum: How Year 1 Maths Works Under the National Curriculum

admin — Thu, 04 Dec 2025 16:24:54 +0000

PART 1 — Year 1 Maths Curriculum Overview

1.1 What the Year 1 Maths Curriculum Means

From Year 1 onwards, all children in England follow the National Curriculum, the statutory framework that defines the essential knowledge and skills expected across Key Stage 1 (Years 1–2). Reception (EYFS) is play-based and developmental, but Year 1 maths curriculum marks the beginning of formal, structured learning. The shift can feel significant for both children and parents: lessons become more focused, vocabulary increases, and expectations around independent learning begin to grow. The purpose of the National Curriculum is to ensure that all children—regardless of school—receive a clear, well-sequenced education covering core academic knowledge, early reasoning, creativity and personal development.

Before we look closely at Year 1 maths, it helps to understand the full scope of what children learn across all subjects.

1.2 Year 1 Maths Curriculum Overview — What Children Learn Across All Subjects

The National Curriculum includes a broad, balanced set of subjects. Schools may deliver them differently, but the learning requirements remain consistent across England.

Below is a concise overview of what Year 1 Maths Curriculum covers in each area:

Core Subjects

1. English

Systematic phonics
Early reading comprehension
Basic spelling and handwriting
Writing simple sentences with correct punctuation

2. Mathematics

Number sense and place value
Addition and subtraction
Multiplication/division foundations
Measurement, time, money
Shapes and spatial reasoning(Mathematics is the focus of this article; detailed breakdown follows in Part 2.)

3. Science

Plants
Animals (including humans)
Everyday materials
Seasonal changes

Foundation Subjects

4. Computing

Simple algorithms
Logical instructions
Online safety basics

5. History

Events beyond living memory
Important historical figures
Early sequencing of facts and timelines

6. Geography

The UK and its countries
Simple map reading
Weather and seasonal patterns

7. Art & Design

Drawing, colour, pattern
Exploring different materials

8. Design & Technology (D&T)

Designing → making → evaluating
Simple mechanisms
Basic food education

9. Music

Singing
Rhythm and pulse
Listening and responding

10. Physical Education (PE)

Balance, coordination, movement
Games and simple teamwork

11. RSHE (Relationships, Sex and Health Education)

Emotions and friendships
Healthy habits
Staying safe

12. RE (Religious Education)

Taught according to local authority or school framework.

If you’d like to find more about National Curriculum, contact us to get a free copy

1.3 Why Year 1 Maths Deserves Special Attention

Although Year 1 includes a wide range of subjects, maths has a uniquely foundational role. The National Curriculum identifies Year 1 maths as the stage where children must secure:

number sense
place value understanding
addition/subtraction fluency
mathematical language
early reasoning skills

These are not simply “Year 1 topics.” They are the building blocks that determine:

confidence in all future maths
readiness for Year 2
performance throughout KS2
the ability to reason logically
and even early readiness for later academic milestones like the 7+

What children learn and how well they understand it in Year 1 predicts how strongly they progress for years to come. In the next section, we will look in depth at what the National Curriculum requires in Year 1 maths and why these expectations matter far more than they appear.

PART 2 — The National Curriculum Defines Clear Mathematical Expectations for Year 1

The National Curriculum sets out a precise framework for what children should learn in Year 1 maths curriculum. Although these expectations appear simple, they form the conceptual foundation for every later stage of primary mathematics, including reasoning, problem-solving and key transition points such as the 7+. Below is a structured overview of the Year 1 maths requirements and why each area matters.

2.1 Number and Place Value Establish the Structure of the Number System

The National Curriculum requires children to read, write and understand numbers to 100, recognise tens and ones, identify one more/one less and use simple number patterns such as counting in 2s, 5s and 10s. This strand matters because place value is the foundation of all future calculation. Without secure understanding of tens and ones, children struggle with addition, subtraction, time, money and multi-digit reasoning later in primary school.

2.2 Addition and Subtraction Build Fluency Through Understanding

Year 1 maths curriculum expectations include number bonds to 10 and 20, part–whole understanding, simple equations and one-digit or small two-digit addition and subtraction. The goal is for children to understand relationships between numbers rather than memorise isolated facts. When number bonds are internalised, children develop genuine fluency and no longer depend on slow counting strategies.

2.3 Multiplication and Division Foundations Introduce Early Grouping Concepts

At this stage, multiplication is not taught as tables but as equal groups, repeated addition, sharing and simple arrays. These conceptual foundations make Year 2 multiplication tables easier to understand because children already know what multiplication represents, rather than memorising facts without meaning.

2.4 Fractions Help Children Understand Equal Parts

Year 1 introduces halves and quarters. The National Curriculum expects children to recognise and find simple fractions in shapes and quantities. This strand is conceptual, not operational, and prepares children for more formal fraction work in Key Stage 2.

2.5 Measurement and Time Strengthen Comparative Thinking

Children learn to compare length, height, mass and volume, recognise coins, and tell the time to the hour and half-hour. These skills require strong mathematical language as well as logical comparison, which is why they often feel new and challenging for Year 1 learners.

2.6 Geometry Develops Early Spatial Reasoning

Year 1 children identify 2D and 3D shapes, talk about their features and recognise simple patterns. Spatial reasoning supports problem-solving, visualisation and mathematical flexibility — skills strongly linked with later achievement in reasoning assessments.

2.7 Statistics Introduces Early Data Interpretation

Tally charts, simple pictograms and basic comparisons help children begin to interpret information, spot differences and identify patterns. This strand supports logical thinking and prepares children for increasingly complex data handling in later years.

We’re offering a complete Year 1 Maths Curriculum Learning Bundle — 5 books covering calculation, logic thinking, geometry, statistics, and word problems.

PART 3 — UK Schools Teach Year 1 Maths Through Structured Pedagogy That Builds Deep Understanding

While the National Curriculum defines what children must learn, classroom pedagogy determines how children actually understand mathematics. UK schools use well-researched teaching methods designed to support gradual progression, conceptual clarity and long-term confidence. This approach can sometimes feel “slow” to parents, but it reflects cognitive science and is one reason children make strong gains in Key Stage 1.

3.1 The CPA Approach Guides Children from Concrete to Abstract Understanding

Schools teach maths through the Concrete–Pictorial–Abstract (CPA) progression. Children begin by manipulating real objects such as counters, cubes, tens frames or bead strings. These tools make number relationships visible and help children grasp ideas such as place value or number bonds. Teachers then introduce pictorial representations, such as drawings, number lines and part–whole models, which act as a bridge between concrete understanding and symbolic notation. Only once these two foundations are secure do children work with abstract equations such as 14 + 5. This method prevents children from memorising procedures without understanding and ensures they gain deep, flexible mastery of early concepts.

3.2 Mastery Teaching Helps Children Develop Depth Rather Than Speed

Many schools use mastery principles aligned with National Curriculum guidance. Instead of rushing through topics, teachers spend more time on key concepts while exploring them in multiple ways. Children discuss, represent, compare and reason about numbers before moving on to new content. This approach reduces pressure, strengthens conceptual security and allows all children to progress together while still receiving targeted support.

Mastery teaching is particularly effective in Year 1 because early concepts are cognitively demanding even if they look simple on paper. Depth first, speed later.

3.3 Visual Models Support Mathematical Reasoning

Teachers rely heavily on visual models such as tens frames, part–whole diagrams, number lines and bar models. These models allow children to organise information, break down problems and understand relationships. They also support mathematical talk, enabling children to explain their reasoning and compare strategies. Visual modelling continues throughout Key Stage 1 and becomes essential in later reasoning assessments.

3.4 Mathematical Language Helps Children Build Logical Thinking

The National Curriculum places strong emphasis on vocabulary. Teachers repeatedly model words such as greater, fewer, equal, altogether, difference, partition and array, and encourage children to explain ideas in full sentences. This language is not ornamental. It is how children learn to reason, follow instructions and understand problems. Many Year 1 struggles arise from language, not calculation, which is why vocabulary is a core part of pedagogy.

3.5 Whole-Class Teaching and Targeted Support Provide Consistency

Schools typically use whole-class instruction so all children learn the same concepts together, backed by small-group reinforcement for those who need more time or personalised support. This structure ensures consistency of explanation while allowing variation in practice and depth. It also reflects National Curriculum expectations that all pupils develop secure conceptual foundations before progressing to more advanced content.

PART 4 — Children Commonly Experience Predictable Learning Challenges in Year 1 Maths Curriculum

As children transition from the play-based environment of Reception into the more formal expectations of Year 1, it is entirely normal for certain mathematical ideas to feel challenging. These challenges do not indicate weak ability. They reflect a shift in cognitive demand and align closely with patterns documented in KS1 progression research. Understanding these typical difficulties helps parents recognise that their child’s experience is shared by many and that these challenges are part of healthy mathematical development.

4.1 Place Value Is the First Major Conceptual Hurdle

Place value is structurally simple but conceptually demanding. Children must understand that two-digit numbers represent composed quantities, not just digits placed side by side. Before this understanding becomes secure, children may:

reverse digits (e.g., writing 41 instead of 14)
interpret 14 as “1 and 4” rather than “ten and four”
struggle to compare numbers above 10
rely heavily on counting instead of using tens and ones

These behaviours are extremely common and reflect a normal developmental stage. Once children internalise tens and ones, subsequent topics such as addition, subtraction and problem-solving become considerably more accessible.

4.2 Addition and Subtraction Feel Difficult When Number Bonds Are Not Yet Automatic

The National Curriculum expects children to understand and recall number bonds within 10 and 20. When these bonds are not yet internalised, children often rely on counting-based strategies, which can be slow, tiring and easy to lose track of. Common signs include:

counting every step on fingers
struggling to decompose numbers flexibly
confusing addition and subtraction
appearing “slow” even when the child is thinking carefully

These behaviours do not suggest low ability. They indicate that a child still needs more time and experience with part–whole relationships.

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4.3 Mathematical Language Creates Hidden Barriers for Many Children

A significant part of Year 1 difficulty comes from language rather than numbers. Children are introduced to new terms such as greater, fewer, altogether, difference, equal groups and partition. When a child does not fully understand these words, problem-solving becomes difficult even when the underlying mathematics is familiar.

Common difficulties include:

misunderstanding the question
selecting the wrong operation
extracting incorrect information from the problem
knowing the maths but not knowing what the problem is asking

This is why vocabulary is a major focus in KS1 classrooms.

4.4 Word Problems Require Multi-Step Thinking That Develops Gradually

Word problems combine language processing, attention, working memory and number sense. For this reason, they are often more demanding than simple calculations. Many learners experience difficulty with:

visualising the story in the problem
identifying relevant information
recognising the structure of the problem
knowing how to begin even when the numbers are simple

These are not signs of weak ability. They indicate that the child is in the early stages of developing reasoning skills.

4.5 Time, Measurement and Money Introduce New Reasoning Systems

Telling the time, comparing measurements or recognising coins all require new types of reasoning that differ from number work. These topics often feel unfamiliar to children because they involve new systems of representation. Common challenges include:

reading analogue clocks
comparing length or mass accurately
confusing different coins
interpreting simple charts or diagrams

These difficulties are expected as children learn to navigate new contexts.

4.6 Slow Processing in Year 1 Is Normal and Developmentally Appropriate

Many children appear “slow” in Year 1 because mathematical ideas are no longer familiar counting tasks but structured concepts requiring attention and reasoning. Slow processing is extremely common and reflects children:

adapting from EYFS to KS1 routines
developing mathematical language
building sustained attention
integrating multiple steps of thinking

Deep understanding typically appears before speed. Fluency comes naturally once conceptual security is established.

PART 5 — Parents Can Support Year 1 Maths at Home by Aligning with School Pedagogy

Supporting Year 1 maths at home can be highly effective when it complements, rather than contradicts, the methods used in school. The National Curriculum places strong emphasis on conceptual understanding, mathematical language and flexible reasoning, which means that home learning does not need to look like traditional worksheets or fast-paced drills. Instead, the most helpful parental support focuses on reinforcing the same foundations children are building in the classroom, using simple routines and intuitive materials.

5.1 Supporting Number Sense Helps Children Build Long-Term Confidence

Children benefit most when parents help strengthen number sense through small, everyday interactions. Number bonds, composition and decomposition, comparing quantities and spotting patterns can all be practised in short moments during daily routines. These experiences reinforce what children learn at school without overwhelming them.

Practical examples include noticing doubles (“You have 4 strawberries and I have 4—together that makes 8”), splitting numbers in different ways (“6 can be 1 and 5, or 2 and 4”), or comparing quantities while tidying (“Which pile has more?”). These playful conversations align perfectly with the National Curriculum’s emphasis on early reasoning.

5.2 Using Concrete and Visual Representations at Home Supports the CPA Approach

Because schools teach through the Concrete–Pictorial–Abstract progression, home practice is most effective when children can use objects or simple drawings to explore ideas before moving to symbolic calculations. Children do not need specialist manipulatives; everyday items such as pasta pieces, blocks, buttons, or coins work well.

Parents can encourage children to draw number lines, use tens frames, or sketch part–whole models to solve simple problems. These strategies build understanding and mirror the pedagogical structure used in Year 1 classrooms.

5.3 Mathematical Vocabulary Can Be Reinforced Through Everyday Language

Since many Year 1 challenges come from difficulty understanding mathematical language, one of the most supportive things parents can do is model vocabulary naturally at home. Words such as greater, fewer, altogether, equal, difference, longer, shorter, heavier and lighter appear frequently in the National Curriculum and in classroom tasks.

Using these words in daily conversations (“This bag is heavier than that one” or “Do we have enough apples altogether?”) helps children internalise meaning and improves their comprehension of word problems.

5.4 Short, Calm Practice Sessions Are More Effective Than Extended Study

Year 1 learners benefit from short, focused bursts of practice rather than long sessions. The goal is to reinforce familiarity and confidence while keeping learning positive. A five–ten minute practice moment that uses reasoning, manipulatives or visual models is far more effective than a long worksheet session.

This approach supports attention span development and aligns with research showing that early fluency grows from frequent, low-pressure exposure rather than repeated drills.

5.5 Reasoning-Friendly Questions Help Children Think Instead of Memorise

Parents can encourage reasoning by asking open questions such as:

“How do you know?”
“Can you show me another way?”
“What do you notice?”
“Is there a quicker way?”

These questions mirror the prompts used by Year 1 teachers and help children articulate their thinking. They also reinforce one of the National Curriculum’s core goals: developing pupils who can reason, justify and make connections between ideas.

5.6 Home Support Should Follow School Methods to Avoid Confusion

Parents often worry that they may “teach the wrong way”. The most helpful approach is to follow the same principles used in the classroom: build understanding, prioritise reasoning and use concrete or visual tools before symbols. Introducing shortcuts too early can confuse children because these strategies bypass the conceptual pathways that teachers are strengthening in class.

By aligning home support with school pedagogy, parents help children feel secure, confident and ready to progress at a healthy pace.

PART 6 — Year 1 Maths Provides the Foundations That Later Support 7+ Readiness

The 7+ assessments used by many selective London prep schools do not begin in Year 1, yet the foundations required for strong performance at 7+ are quietly built throughout this year. These foundations are not worksheets or test strategies. They are the deep, structural abilities that the National Curriculum prioritises: number sense, early fluency, mathematical language, reasoning and the ability to work independently. When these skills are nurtured in Year 1, children are better prepared for the conceptual demands of later years without entering a cycle of early pressure or premature exam practice.

6.1 Number Sense in Year 1 Predicts Fluency in Later Mental Arithmetic

The 7+ maths papers expect children to manipulate numbers flexibly, make quick comparisons and select efficient strategies. These abilities come directly from the number sense developed in Year 1—especially place value, number bonds, doubles and near-doubles, as well as the understanding of part–whole relationships.

Children who have strong number sense:

reach fluency in Year 2 more easily
learn multiplication tables with real understanding
read and interpret problems more quickly
handle unfamiliar question types with greater confidence

Because number sense cannot be memorised or accelerated artificially, Year 1 plays an outsized role in determining later mathematical ease.

6.2 Mathematical Language Supports Later Problem-Solving and Comprehension

7+ assessments often include multi-step word problems with vocabulary such as difference, altogether, equal groups, sharing, partitioning, larger, smaller, total or remaining. Children who have not internalised these terms in Year 1 often struggle—not because of difficulty with maths but because of difficulty understanding what the question is asking.

By contrast, children who have built strong mathematical language in Year 1 show:

clearer understanding of problem structure
stronger reasoning explanations
quicker identification of key information
less cognitive load during multi-step tasks

This is why teachers emphasise vocabulary from the beginning of KS1.

6.3 Mastery Approaches in Year 1 Prepare Children for Multi-Step Reasoning

7+ tasks require children to think flexibly, use different strategies and justify their choices. These are the precise habits cultivated through mastery teaching in Year 1. Through visual models, multiple approaches and mathematical talk, children learn to:

break problems into parts
recognise patterns
explain their thinking
evaluate whether an answer makes sense
choose efficient strategies
solve problems that are structured differently from familiar examples

These reasoning habits cannot be “taught quickly” in Year 2 or Year 3. They grow from the steady, thoughtful mathematical development that begins in Year 1.

6.4 Independence and Attention in Year 1 Support Exam Conditions Later On

A less obvious connection between Year 1 and 7+ is the development of classroom behaviours that support focused learning. Children learn to listen to instructions, sustain attention for longer periods, attempt tasks independently and express their ideas clearly. All of these behaviours underpin later exam readiness without turning Year 1 into a test-preparation year.

6.5 A Strong Year 1 Foundation Reduces Pressure in Later Years

Families often notice that children with secure foundations in Year 1 and Year 2 require far less intensive preparation in Year 3 when 7+ begins to feel “real”. These children approach new concepts with confidence, adapt quickly to unfamiliar tasks and do not experience the same level of anxiety as children who missed early conceptual steps.

Because of this, many education advisors now highlight Year 1 as a key stage in long-term learning development, not for accelerated content but for strong fundamental understanding.

6.6 Our Students’ Results Highlight the Power of Strong Early Foundations

The long-term impact of building deep mathematical understanding from Year 1 is clearly reflected in our students’ achievements. Although our programme is designed around conceptual mastery—not short-term exam drilling—the outcomes demonstrate how early foundations transform a child’s learning trajectory.

In the most recent 7+ admissions cycle, our students achieved exceptional results:

95%+ of students successfully passed the first-round assessments
Nearly 90% received offers from their target selective prep schools
100% met or exceeded expectations in 7+ Maths and Non-Verbal Reasoning, areas that rely heavily on number sense, spatial reasoning and flexible thinking developed from early Key Stage 1

These achievements are the cumulative effect of sustained, structured learning—not accelerated pressure. Children who begin developing number sense, reasoning fluency and mathematical vocabulary in Year 1 progress with clarity, confidence and significantly less stress in the years leading up to the 7+.

Our 2025 cohort continues to reflect this pattern of growth and consistency:

16 offers from Westminster Under School (WUS)
13 offers from King’s College School (KCS)

These outcomes are not isolated successes but evidence of a learning pathway that consistently equips children with the understanding, habits and confidence required to thrive—not only in assessments, but throughout their academic journey.

Strong early foundations do more than prepare children for a single exam; they create learners who think clearly, reason independently and approach challenges with assurance. This is the long-term value of beginning early, learning steadily and building depth from the start.

PART 7 — Year 1 Maths Plays a Crucial Role in a Child’s Long-Term Learning Journey

Year 1 maths curriculum may feel like an early stage in a child’s education, but it occupies a central position in the broader learning journey. This year establishes the cognitive foundations, learning habits and emotional confidence that shape how children approach academic challenges throughout primary school and beyond. Strong Year 1 progress is not about mastering advanced content. It is about developing the structures that make all future learning more efficient, enjoyable and sustainable.

7.1 Secure Foundations in Year 1 Maths Curriculum Lead to Stronger Progress Throughout Primary School

Children who develop clear number sense, reasoning skills and early fluency in Year 1 tend to show smoother transitions in Year 2 and more confidence in Key Stage 2. These children handle new concepts with less frustration, demonstrate more flexible problem-solving strategies and adapt well to increasing independence. The National Curriculum is intentionally designed this way: early conceptual depth leads to greater resilience and stronger learning outcomes later.

This does not mean children should accelerate beyond the curriculum in Year 1. It means they should understand ideas deeply enough to build upon them confidently in later years.

7.2 Healthy Learning Habits Form in Year 1 and Strengthen Across Key Stages

Year 1 is an ideal time for children to establish early learning behaviours that affect long-term academic identity. These include:

attending to instructions
working systematically
expressing ideas clearly
checking answers
persisting through mild challenge
approaching problems with curiosity rather than fear

These behaviours, once internalised, make future academic work far more efficient. Children who develop these habits early do not need “cramming” in later years because their learning structure is already sound.

7.3 Year 1 Skills Grow into Core Competencies Required Across the Curriculum

Mathematics in Year 1 supports far more than numerical ability. It strengthens:

logical thinking
pattern recognition
comparison and classification
spatial awareness
multi-step reasoning
early inference

These cognitive skills appear across subjects including science, reading comprehension, coding, geography and later secondary mathematics. The seeds planted in Year 1 maths curriculum grow into skills that support the entire primary and secondary curriculum.

7.4 A Long-Term Learning Pathway Reduces Pressure in Later Years

Families who adopt a long-term approach often report less stress during key transition points such as Year 2 SATs, the 7+ assessments, the 11+ or the move into secondary school. When children have strong fundamentals, new material feels manageable and does not require intensive catch-up. This approach preserves curiosity, reduces anxiety and builds a healthy academic identity.

A sustained, structured learning journey is far more effective than short-term acceleration or late, high-pressure preparation.

7.5 Our Reception-to-Year 6 Learning Pathway Supports Children Through Key Stages

Our curriculum is designed to follow a coherent developmental progression aligned with the National Curriculum. Beginning in Reception or Year 1, our programme strengthens early mathematical understanding through number sense, reasoning, visual modelling and conceptual fluency. As children move into Year 2 and Key Stage 2, content builds naturally towards richer problem-solving, analytical reasoning and independent learning habits.

Families who join earlier see the strongest long-term outcomes because children:

build secure foundations before content becomes demanding
develop consistent learning routines
gain confidence in logical and verbal reasoning
approach later assessments with reduced pressure

Children who start in Year 1 typically require far less intervention in Year 3 and beyond because their understanding grows cumulatively rather than reactively.

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The post Year 1 Maths Curriculum: How Year 1 Maths Works Under the National Curriculum appeared first on Think Academy Blog.

What are 2D and 3D Shapes? Understanding These Key Maths Topics in 2025

admin — Wed, 29 Oct 2025 12:34:34 +0000

Understanding 2D and 3D shapes is one of the most important maths topics in KS2 and the 11+ exams because it builds the foundation for spatial reasoning, logical thinking, and problem-solving—skills that extend far beyond geometry. When pupils explore how shapes connect, transform, and relate to one another, they develop a deeper visual understanding of the world around them, from recognising patterns in art to interpreting data in graphs and diagrams. Mastery of shapes also strengthens a child’s ability to handle more advanced mathematical ideas such as symmetry, area, volume, and coordinates, which frequently appear in 11+ reasoning papers. Ultimately, studying 2D and 3D shapes nurtures a child’s ability to think flexibly and visualise problems clearly—qualities that are key to mathematical confidence and success.

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What is a 2D shape?

2D stands for 2-Dimensions. A 2D shape has 2 dimensions, height, and width. You cannot pick up and hold a 2D shape, they are flat. It is hard to find real life examples of 2D shapes, but things like shadows and reflections can be useful examples when explaining 2D shapes to children. The have height and width but they can’t be picked up. Drawings are also 2D – you can draw the height and width of a shape, but you can’t pick up a drawing (just the paper it is drawn on!). To help explain this concept, you could ask your child to draw some shapes and try and pick them up off the page.

What is a 3D shape?

3D stands for 3-Dimensions. A 3D shape has 3 dimensions, height, width, and depth. Because 3D shapes have depth, you can pick them up and hold them. Everything in the world around us is 3D, even things that seem flat. A piece of paper, even though it is flat, is 3D because you can pick it up. It has a very small depth. Take the drawings your child made. You can’t pick up the drawings themselves, but you can pick up the piece of paper they’re drawn on. This means the paper is 3D, but the drawings are 2D.

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What’s the difference between 2D and 3D shapes?

The difference between a 2D and 3D shape is depth – a 3D shape is a 2D shape with depth. This makes it ‘stick out’ into the world, rather than being flat. For example, the difference between a square and a cube is a square only has height and width, whereas a cube has height, width, and depth.

Other shapes can be a bit more complicated. Let’s think about circles. We could say that a sphere is a circle that has depth. It can be picked up and moved around.

However, we could also describe a cylinder as a ‘circle with depth’.

Other 2D shapes can be made 3D in multiple ways. For example, we could consider a triangular-based pyramid, a square-based pyramid, and a triangular prism as all different ways of drawing a ‘3D triangle’.

Properties of 2D shapes

We’ve already talked about how 2D shapes have height and width. The other key properties of 2D shapes are ‘sides’ and ‘corners’. We describe the outline of a shape between two corners as a side. Where two sides meet, there is a corner.

The only 2D shape that does not have corners is a circle – it just has one continuous side.

Some 2D shapes have the same number of sides and corners but have different names. Squares and rectangles both have four sides and four corners. This is because a square is a special kind of rectangle – the length of all its sides and the size of all its angles are equal. While a rectangle also has four angles which are all equal and four sides, its sides are not all the same length.

Using maths terms that you might start to see in your child’s work at Key Stage 1, a square is a ‘regular’ shape, and a rectangle is an ‘irregular’ shape. A regular 2D shape is a shape with all sides the same length and all interior angles the same size. An irregular 2D shape has sides of different lengths and/or angles of different sizes. Other irregular four-sided 2D shapes include rhombus, trapeziums, and parallelograms, although these shapes are not common in Key Stage 1.

Other 2D shapes have regular and irregular forms. A regular triangle is an equilateral triangle, while irregular triangles include isosceles and right-angle triangles. For 2D shapes with larger numbers of sides and corners, the same rules apply. For example, the traditional shape you might think of for a hexagon, with all its sides the same length, is a regular hexagon. Any other six-sided shape is an irregular hexagon. This can be applied to any other 2D shape.

Properties of 3D shapes

We have explored how 3D shapes have height and width, just like 2D shapes, but also have depth. 3D shapes also have different properties to 2D shapes. Rather than ‘sides’ and ‘corners’ 3D shapes have ‘faces’, ‘edges’, and ‘vertices’. A face is the (in most cases) flat part of a 3D shape. Shapes like spheres, cones, and cylinders have curved faces. An edge is where two faces meet; it can be thought of as the equivalent of a ‘side’ of a 2D shape. Vertices are the 3D equivalent of a ‘corner’. They are where three or more edges meet and form a point.

Just like how a circle only has one side, and no corners, a sphere only has one face, and no edges or vertices. Cubes and cuboids have the same relationship as squares and rectangles. A cube is a regular cuboid – all its lengths and angles are equal, and all of its faces are squares.

‘Prism’ is also a term that pupils will encounter in Year 1 and Year 2 maths when dealing with 3D shapes. A prism is a 3D shape that has two identical faces, one on either end, and has the same cross section all along it’s length. That is, if you were to cut the shape in two anywhere along its length, the end faces of both parts of the shape would still be the same shape as the original end faces.

KS1 2D and 3D shapes

Year 1:

The national curriculum states that in year 1 pupils learn to “recognise and name common 2-D and 3-D shapes, including:

2-D shapes [for example, rectangles (including squares), circles and triangles]
3-D shapes [for example, cuboids (including cubes), pyramids and spheres]

Pupils handle common 2-D and 3-D shapes, naming these and relating everyday objects fluently. They recognise these shapes in different orientations and sizes, and know that rectangles, triangles, cuboids and pyramids are not always similar to each other.”

Year 2:

In Year 2 the national curriculum states that pupils learn to:

“identify and describe the properties of 2-D shapes, including the number of sides and line symmetry in a vertical line.
Identify and describe the properties of 3-D shapes, including the number of edges, vertices and faces
Identify 2-D shapes on the surface of 3-D shapes, [for example, a circle on a cylinder and a triangle on a pyramid]
Compare and sort common 2-D and 3-D shapes and everyday objects.

Pupils handle and name a wide variety of common 2-D and 3-D shapes including: quadrilaterals and polygons, and cuboids, prisms and cones, and identify the properties of each shape (for example, number of sides, number of faces). Pupils identify, compare and sort shapes on the basis of their properties and use vocabulary precisely, such as sides, edges, vertices and faces. Pupils read and write names for shapes that are appropriate for their word reading and spelling. Pupils draw lines and shapes using a straight edge.”

Below are the 2D and 3D shapes that pupils should know by the end of Key Stage 1.

The national curriculum will be what Key Stage 1 SATs questions on 2D and 3D shapes will be based on, so it’s important that Year 1 and Year 2 pupils can do everything covered by the curriculum.*Any of the 2D shapes they have learned can be made into a prism e.g. hexagonal prism, octagonal prism.

2D and 3D shapes are important topics to learn in Year 1 and Year 2 because they come up in many other areas of maths that Key Stage 1 pupils learn. For example, when learning fractions, 2D shapes are often used as visual aids where knowing the properties of the shapes is important. 2D and 3D shapes are used when learning about perimeter and area, where it is important to know about regular and irregular shapes. When pupils learn about transformations, such as translating, rotating, and reflecting shapes, being able to draw regular and irregular shapes is essential. Therefore, it is important that students grasp this topic well in Key Stage 1.

Drawing 2D shapes

When drawing 2D shapes a ruler is essential to keep lines straight and to measure the lengths of sides. Grid paper is also very helpful as the squares can be used to measure lengths more easily than a ruler, and to make sure that shapes with right-angles can be drawn easily.

When drawing shapes, it may also be helpful to refer to a table like the one above listing the number of sides and corners of different 2D shapes. This can be used to aid with drawing shapes and for checking that each shape has been drawn correctly. For example, we can use the table to see that a triangle has three sides and three corners. After drawing a triangle, we can count the number of sides and corners in our drawing to check it is correct.

Pupils should be able to draw circles, squares, rectangles, and triangles relatively easily, although may need to work on keeping lines straight and the right length. Drawing a neat circle in Key Stage 1 can be difficult (pupils won’t have learned how to use a compass yet!). To make this easier, they can try plotting four points (top, bottom, right, left) on squared paper and use them as a guide to draw a relatively neat circle by joining the dots with curved lines.

Drawing shapes with more than four sides may be harder for Key Stage 1 pupils. For these shapes, you can try the ‘look, cover, draw, check’ method. Show them an example of a shape, for example a pentagon. Discuss how many sides and corners it has. Then cover up the picture and have them try and recreate it. Check how well they did and repeat until they are happy with the shape.

Drawing 3D shapes

Drawing 3D shapes is a lot trickier than 2D shapes. It also relies on being able to draw 2D shapes. Again, a ruler and grid paper are very useful for drawing 3D shapes.

For many 3D shapes, the same technique can be used to draw them. This works for cubes, cuboids, cylinders, and any kind of prism. Below shows each step to draw these shapes, using a cuboid as an example.

When drawing a cube, be careful to make sure that the lines that connect the two 2D shapes together are the same length as each of the sides of the square you drew in step 1.

For tricker shapes, such as cones and pyramids, a different technique can be used.

These techniques should cover most 3D shapes that pupils will be expected to draw at Key Stage 1.

2D and 3D shapes worksheets

Here are some Key Stage 1 maths online worksheets on the topic of 2D and 3D shapes.

Look around the room. How many 2D and 3D shapes can you see? Draw some of them!

What are the properties of a 2D shape?

Fill in the table.

A 2D shape has 4 sides and 4 corners. The top and bottom side are the same length as each other. The left and right side are the same length as each other. The top and bottom sides are not the same length as the left and right sides. What shape is it?

A 2D shape has 1 side and no corners. What shape is it?

A 2D shape has 8 sides and 8 corners. What shape is it?

Look at the picture. How many of each shape can you see?

There are ______ triangles

There are ______ circles

There are ______ squares

There are ______ rectangles

Complete the table of 3D shapes.

9. Match the 2D shape to the 3D prism.

What are the properties of a 3D shape?

A 3D shape has 6 faces, 12 edges, and 8 vertices. Which two shapes could it be?

A 3D shape has 2 faces, 1 edge, and 1 vertices. What shape is it?

A 3D shape has 3 faces, 3 edges, and no vertices. What shape is it?

A 3D shape has 5 faces, 8 edges, and 5 vertices. What shape is it?

Which 2D shape makes up the 6 faces of a cube?

A 2D shape has 5 sides and 5 corners, but they are not all equal in size. Is the shape regular or irregular? What shape is it?

Draw a cone.

How many faces, edges, and vertices does a triangular-based pyramid have?

Draw a hexagonal prism.

Draw an octagonal prism.

Parents use our online maths course as a supplement for maths learning at school. With multiple difficulty levels, all our fun and interactive online maths courses use a state-of-the-art online learning platform. This creates a comprehensive, guided-learning experience suitable for every child, enabling them to catch up and make progress in maths.

You may also like to read:

Top 50 Home Learning Resources for UK Primary School Maths

What is a Prime Number? – How to Help Your Child Master Prime Numbers at KS2

The post What are 2D and 3D Shapes? Understanding These Key Maths Topics in 2025 appeared first on Think Academy Blog.

Year 2 Maths Worksheets for Numeracy and Logical Thinking

admin — Thu, 23 Oct 2025 15:42:22 +0000

Think Academy offers a lot of free Year 2 Maths worksheets, because we all know that Mathematics in Year 2 is a critical bridge between learning to count and learning to think.

At this stage, children move from recognising numbers and performing basic calculations to applying logic, reasoning, and problem-solving in real-world contexts.

At Think Academy, we believe that the best mathematics education goes far beyond worksheets and formulas. Our Advanced Year 2 Maths System is designed to build deep understanding, logical reasoning, and long-term learning confidence — preparing students not just for exams like the 7+, but for a lifetime of analytical thinking. Why not try out our FREE maths Assessment to see how your child measures up across Year 2 maths topics, Click the image below to start!

Understanding the Year 2 Maths National Curriculum

The National Curriculum for Mathematics in England outlines what all children should know by the end of Key Stage 1 (Years 1–2).

Year 2 Mathematics Curriculum Overview

Number

Begin counting in multiples of 2, 3, and 5; count forwards and backwards in tens from any given number.
Recognise the value of each digit in a two-digit number (tens and ones).
Use number lines to represent and compare numbers.
Read, write, and compare numbers up to 100; use symbols <, >, and = to compare.

Addition and Subtraction

Practise and apply addition and subtraction within 100, using both mental and written methods.
Understand and apply the inverse relationship between addition and subtraction.

Multiplication and Division

Understand and use multiplication and division facts for the 2, 5, and 10 times tables.
Learn to apply multiplication as repeated addition and division as sharing/grouping.
Recognise and describe odd and even numbers.

Fractions

Recognise, find, name, and write fractions 1/3, 1/4, 2/4, 3/4 of a length, shape, set of objects, or quantity.
Recognise and use equivalence of simple fractions, e.g. 2/4 = 1/2.
Compare and order fractions by size.

Application (Problem Solving)

Use concrete objects and pictorial representations to solve mathematical problems involving numbers, quantities, and measures.
Apply number knowledge to real-life contexts (e.g. materials, weight, cost, length, and simple data interpretation).

Year 2 maths worksheets number

Measurement

Units

Choose and use appropriate standard units to estimate and measure:

- Length/height in cm or m
- Mass in g or kg
- Capacity in litres or ml
- Temperature in °C
Use rulers, scales, and measuring containers accurately.
Compare and order measurements using <, >, and =.

Money

Recognise and use £ and pence (£, p) symbols.
Combine coins to make given amounts and find different combinations of the same value.
Solve simple money problems, including calculating change.

Time

Sequence and compare intervals of time.
Tell and write the time to five minutes, including quarter past/to the hour.
Understand hours, minutes, and seconds, and their relationships.

Geometry

Properties of Shapes

Identify and describe the properties of 2D and 3D shapes, including:

- Number of sides, edges, vertices, and faces.
- Flat and curved surfaces.

Draw and recognise shapes with specific properties (e.g. triangles, rectangles, cubes, and pyramids).
Recognise and draw lines of symmetry in 2D shapes.

Position and Direction

Describe position, direction, and movement, including whole, half, quarter, and three-quarter turns.
Use mathematical vocabulary to describe movement and rotation (e.g. clockwise, anticlockwise, right angle turns).

Beyond the Curriculum: Raising the Bar for Young Mathematicians

Meeting the national standard simply means a child is ready for the next year of schooling — but it doesn’t mean they’re working at an advanced level.

At Think Academy, we encourage parents to raise expectations moderately and appropriately. When school material feels too simple, children can lose curiosity and motivation. By exposing them to “easy-to-reach challenges” — questions that stretch thinking without overwhelming — we help them rediscover the joy of problem-solving.

Being strong in maths is more than achieving high marks: it reflects logical thinking, independent reasoning, and persistence — skills that benefit children across all subjects and in life.

The Advanced Year 2 Maths Worksheets with Systematic Learning

Our curriculum takes the National Curriculum as a foundation and extends it through structured logical training.

It covers five interrelated strands:

Numbers & Operations – developing fluency in addition, subtraction, multiplication, and division, and understanding number relationships.
Geometry – exploring spatial awareness through lines, angles, shapes, and symmetry.
Measurement – applying maths to time, money, length, and weight.
Combinations & Patterns – fostering early reasoning, pattern recognition, and problem-structuring skills.
Word Problems – integrating all of the above to strengthen comprehension, logic, and real-world application.

Each topic area builds both computational fluency and reasoning depth, ensuring students understand why maths works — not just how to get the answer.

Year 2 Numeracy Worksheets: Expanding Number Sense and Strengthening Core Skills

In Year 2, children move from simple addition and subtraction to a much broader understanding of numbers and operations.

The course systematically builds from basic number sense to multi-step calculations, covering:

1. Number Sense Expansion

Recognising and reading three- and four-digit numbers through hundreds and thousands place value.
Understanding fractions and equivalent fractions, e.g. 2/3 of 18.
Introducing decimals (linked to money and measurement).
Learning about midpoints on number lines.
Exploring the concept of remainders in division.

These skills strengthen numerical awareness and form the foundation for accurate reasoning and estimation.

2. Addition and Subtraction

Adding and subtracting two-digit numbers (e.g. 35 + 67 = ?).
Performing three-digit addition and subtraction (e.g. 200 – 19 = ?).
Solving mixed operations (e.g. 30 – 28 + 26 – 24 + 22 – 20 + 18 – 16 = ?).
Practising inverse operations, such as finding the missing number in (□) + 12 – 5 = 9.

This section helps students build calculation fluency while understanding operation relationships and problem structures.

3. Multiplication and Division

Mastering the 12 × 12 times table through repeated practice and pattern recognition.
Learning three-step multiplication and division word problems, using visual reasoning and model-based explanations.
Solving division with remainders (e.g. 72 ÷ 8, 15 ÷ 4).
Applying multiplication and division to real-world contexts like sharing, grouping, and scaling.

These lessons help students connect abstract arithmetic with practical understanding, preparing them for higher-level maths and 7+ exams.

4. Advanced Operations and Logical Thinking

Learning number patterns and non-linear sequences.
Developing rounding and estimation skills for efficient calculation.
Exploring greatest common factors among number groups (e.g. 7, 8, 2).

By connecting patterns with operations, students enhance both accuracy and mathematical intuition.

What Students Gain

By the end of the Year 2 Calculation module, students will:

Achieve strong mental arithmetic fluency across all four operations.
Understand the logic behind number relationships rather than memorising rules.
Develop confidence in handling larger numbers, remainders, and real-life problems.
Build early algebraic thinking, paving the way for KS2 and selective school preparation.

Year 2 Numeracy or Calculation is not just about getting the right answer — it’s about learning to think precisely, reason clearly, and approach every problem with confidence.

Year 2 Word Problems Worksheets: The Core of Logical Thinking

In most schools, word problems are short and simple — but at Think Academy, they form the core of our logical thinking training.

Our word-problem curriculum follows a four-level progression:

Level	Focus	Thinking Skills Developed
Level 1: Basic Understanding	Identify information, keywords, and required operations.	Reading comprehension, data extraction
Level 2: Mixed Operations	Combine multiple operations (e.g. addition + subtraction).	Sequential reasoning, logical flow
Level 3: Real-World Application	Apply maths to money, time, and measurement scenarios.	Data modelling, contextual analysis
Level 4: Abstract & Logical Reasoning	Solve relational or pattern-based problems.	Deductive thinking, generalisation

Through this structure, children learn not only what to calculate but how to think — tracing every step logically and confidently explaining their reasoning.

Contact us on WhatsApp to get this Year 2 Maths Worksheets for FREE

6. Year 2 Maths Worksheets and Practice Support

To help children consolidate learning at home, Think Academy provides topic-based worksheets that combine practice with challenge.

Each worksheet includes:

50 % basic-level questions to strengthen accuracy.
30 % reasoning-level problems to train application.
20 % challenging multi-step questions to stretch logic and creativity.

Contact us on WhatsApp to get this Year 2 Maths Worksheets for FREE

How to Use these Year 2 Maths Worksheets Effectively

1⃣ Start with revision: Review last week’s topic before starting a new worksheet.

2⃣ Focus on quality, not quantity: Aim for understanding rather than speed.

3⃣ Encourage explanation: Ask your child to “teach back” how they solved a question.

4⃣ Analyse mistakes: Discuss errors openly — they’re stepping stones to mastery.

5⃣ Add variety: Mix number, geometry, and logic worksheets to maintain curiosity.

How These Year 2 Maths Worksheets Build Mathematical Abilities

Skill	What It Builds	Example
Fluency	Accuracy and automaticity	Quick-fire calculations
Reasoning	Logical explanation and justification	“True or False?” problems
Problem Solving	Applying maths in new situations	Real-world word problems
Spatial Thinking	Visual reasoning	Shape and symmetry tasks
Independence	Self-monitoring and perseverance	Self-marked worksheets

Consistent worksheet practice bridges the gap between classroom learning and independent study — turning understanding into lasting skill.

Helping Your Child Learn Maths at Home with These Year 2 Maths Resources

Parents play a vital role in shaping a positive maths mindset. Here are some teacher-recommended strategies:

Make it real: Let children use money in shops, measure ingredients, or read clocks at home.
Ask “why” and “how” questions: Encourage explanation, not just answers.
Use puzzles and games: Board games and logic puzzles are powerful thinking tools.
Celebrate effort: Praise persistence and improvement, not only correctness.

These small, consistent practices create confident and independent young learners.

Free Practice and Learning Support

Think Academy provides a complete learning ecosystem for Year 2 learners:

Printable Year 2 Maths Worksheets aligned with UK National Curriculum and logical reasoning.
Online Diagnostic Test to assess your child’s current level.
Interactive Video Lessons that explain core concepts visually.
Weekly Learning Packs combining fluency drills and reasoning challenges.

Click the link below to access free worksheets or book a complimentary learning assessment with one of our expert teachers.

Final Thoughts about Year 2 Maths Worksheets

Mathematics is not about memorising steps — it’s about understanding patterns, logic, and relationships.

At Think Academy, our Advanced Year 2 Maths System helps children go beyond the basics to become confident problem-solvers who truly think mathematically.

From geometry and number patterns to challenging word problems, every lesson is designed to develop logical reasoning, independence, and curiosity.

When children learn to think, not just to calculate — they discover the beauty, creativity, and power of mathematics.

Start your child’s logical thinking journey today with Think Academy — where maths becomes a language for life.

The post Year 2 Maths Worksheets for Numeracy and Logical Thinking appeared first on Think Academy Blog.

The Homework Debate 2021: Do Primary Schoolers Really Need Homework?

admin — Mon, 31 May 2021 15:57:41 +0000

The homework debate resurfaces every year without fail. It is a popular topic with parents, primary school teachers, online tutors, and politicians alike. Should homework be banned? Is homework at primary school necessary? Do pupils receive enough education in class that homework is nothing but a waste of time? – These are all questions that you have no doubt heard before.

Is the homework debate even relevant in the context of COVID-19? As an online maths tuition service for KS1 and KS2 pupils, we believe so! Sometimes we set our students homework. We believe that this debate is more relevant now than it has ever been. Let’s discover why…

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In just two classes, our tutors can help your child develop fast calculation skills, applying them to all types of maths problems!

“Homework should be banned!” – The call to action

Our children are too tired!

Is it the case that we put too much pressure on children these days? At the age of 7, UK primary school pupils are expected to sit their Key Stage 1 SATs test. This continues in primary school up until Year 6 when they are expected to prepare for and sit their Key Stage 2 SATs test.

Some parents argue that this leaves little time for kids to wind down at home. When can they find the time to indulge in sports, hobbies, and creative interests if their time is consumed by homework? Let’s not forget the added stress caused by the UK Coronavirus lockdown.

Primary school homework does more harm than good:

A BBC Newsround report from 2018 consulted education experts on their views of the homework debate. Nansi Ellis, Assistant General Secretary at the Association of Teachers and Lecturers argued that homework gets in the way of all the good things kids enjoy. It does not always boost performance in class.

She also highlighted that it demands a lot of parents, not only their time but also of their own educational understanding. This sometimes backfires as the methods of learning in school twenty or thirty years ago are likely not the same as those taught nowadays. This can risk causing further confusion.

BBC Newsround’s own survey of the homework debate and how much homework primary school pupils receive found that parents thought:

Where is the proof?

The same BBC report saw Ellis claim that while teachers setting homework is in theory supposed to better results, there is no proof of this being the case. Rosamund McNeil from the teacher’s organisation NUT highlighted that cases abroad support this. In Finland, pupils are set minimal homework but it remains one of the most educationally successful countries in the world.

The homework debate is not just about students – it’s about teachers too!

Homework is time-consuming. Teachers must plan it and mark it, in addition to preparing their classroom lessons and reporting on pupils’ progress. Time constraints can force teachers to work late into the night at home which opens an entirely new can of worms. Overworked teachers are less effective in class. Perhaps it would be more efficient for schools to ban homework altogether.

The other side of the homework debate: Why our kids need homework

It has long been the view that homework acts as a supplement to what has been taught in class. It is an opportunity for pupils to review areas of work they might not understand, focusing their learning.

Homework for primary school students is a good thing!

Homework can be fun and imaginative, an opportunity for parents to bond with their children over education. Take the classic example of counting peas on the dinner plate to learn multiplication tables. Homework does not always have to be completed in a book or on a worksheet. It can often reflect the creativity of the teacher who can inspire children to take their learnings and apply them to the real world. Pricing a shopping list is an awesome way to practise maths while acquiring life skills!

In May 2021 we asked our social media community for their thoughts on this debate. More than two-thirds agreed that homework should not be banned.

The UK is falling behind the rest of the world:

Once upon a time the UK may have had the best education system in the world. Now is not that time. Studies suggest that UK literacy and maths rates are falling while in other countries they continue to rise.

As a result, many teachers and parents agree that our children require further encouragement. This is not the time to ban homework in the UK. Especially when we take into consideration the months of lost learning caused by the COVID-19 UK lockdown. This is the time to help primary school children catch up, and homework can support the effort.

The homework debate in the context of COVID-19

We touched on this earlier before considering both sides of the argument in the UK homework debate. However, with home learning more popular than ever, is there still a place for homework in UK primary school education?

The homework debate solution: Online tuition

It’s engaging for children; it reflects what they have been learning in class and saves time for both parents and teachers. Online tuition has soared in popularity through 2020 and 2021, and could be the solution for people on both sides of the homework debate.

In the UK there are tons of tuition services helping to provide kids with a competitive edge using an extracurricular push. You can view a list of the top 15 here: Discover the UK’s best online tutors.

If you have any comments or questions regarding this topic, please feel free to let us know in the comment below or in our Facebook group UK Primary School Maths – Tutoring & Tips, we will reply to you as soon as we can.

Free Maths Worksheets for Years 1 - 6

Download and print our teacher-approved study packs, for free!

The post The Homework Debate 2021: Do Primary Schoolers Really Need Homework? appeared first on Think Academy Blog.

Making Sense of Your Child’s End of Year School Report

Dania Jasem — Thu, 27 May 2021 16:13:43 +0000

We’re approaching the end of yet another academic year, and your child’s end of year school report will soon be on its way to you. And if you’re wondering how you’re supposed to make sense of it, you’re not alone. More than 40% of our students’ parents expressed confusion about such reports, expressing various concerns from vagueness to comment automation and more. This guide breaks down each part of the school report, helping you to understand your child’s progress throughout the year more fully while alleviating any concerns you may have.

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What is an end of year school report?

End of year school reports are supposed to summarise your child’s performance at school for the academic year. In it, you’ll typically find a short paragraph explaining their abilities in each subject, but they’re often surface-level comments with no insight into anything specific. There’s also a short section on behaviour and a goal for the year ahead.

The Department for Education requires schools to deliver these reports as an official mode of communication between teachers and parents at least once a year. Each report should highlight the following:

– Brief particulars of achievements in all subjects and activities forming part of the school curriculum.

– Comments on general progress.

– Details of how parents can arrange a discussion about the report with their child’s teacher.

While this sounds like a good idea, some parents question the usefulness of their child’s end of year school report. Often, parents will compare reports and notice that comments are often similar, leading some to suggest that reports are automated. Moreover, some teachers have admitted that they have access to report writing tools to support them in their endeavour, leading to many having no choice but to work overtime.

Many parents are quick to brand this generic and unfair; however, you should note that not all teachers will use these style reports, and many will willingly delve deep into your child’s progress and overall performance. If in doubt, remember that you have the right to ask.

How do teachers measure progress for each Year group?

Teachers measure progress differently depending on the age of their students. Each Year group and, on a broader level, key stages have specific requirements that students are expected to fulfil. For example, by the end of Year 4 maths, children are expected to know all 12 times tables. And so, teachers will refer to such milestones to measure a student’s progress.

This year, the Department for Education has decided to remove the requirement to report definitive outcomes for key stage 1 and 2 tests and teacher assessments. Therefore, if this information is missing from the end of year school report, you should not be concerned.

How to make sense end of year school reports at the Early Years Foundation Stage (EYFS)?

Schools at this stage usually issue school reports for EYFS pupils, but the guidance is not as established as primary school reports. With that, even if your child is in Reception, schools will need to complete an EYFS profile for your child. It’ll help the school assess pupils’ overall progress and support teachers in the next stage (KS1) to understand a student’s overall ability.

This profile will include a summary of your child’s attainment and will state the Early Learning Goals (ELG’s) :

Emerging (1): your child is working below the expected level.
Expected (2): working at the level expected for their age.
Exceeding (3): performing above the desired level.

At the end of the academic year, the school will include an end of year school report that will explain:

Your child’s attainment against the ELG’s with summaries included.

Progress made during the year. This consists of the three characteristics of effective learning (playing and exploring, active learning and creative thinking critically.)

Standard end of year school reports

During the academic year that does not consist of a national exam, i.e. year 1,3,4 and 5, there are no specific formats that schools have to follow.

However, guidelines set by the DfE state that “reports should be specific to the child, be concise and informative and help identify appropriate next steps for development”.

How to make sense of a Key Stage 1 end of year school report? (Year 2)

Year 2 marks the end of Key Stage 1 assessments, and your child will have taken the national curriculum tests (SAT’s). The school reports at this stage will differ from others as they will include both statutory teacher assessment judgments for reading, writing, maths and science, and the results of these tests.

However, not all schools will include the Key Stage 1 test results and instead consider Year 1 and 2 performance. The teacher will then decide how to analyse a student’s progress best.

Those schools who choose to add the results will report them through a scaled score, as explained below:

• A scaled score of 100 – The pupil is working at the expected standard.

• A scaled score below 100 – The pupil may need more support to work at the expected standard.

• A scaled score above 100 – The pupil is working above the expected standard.

Please note that at KS1, teachers will try to ensure all pupils score between 100-115, and at KS2, this score extends to 120.

Additionally, parents should be aware that from 2023 the KS1 SATs are being replaced by the Reception Baseline Assessment.

How to make sense of a Key Stage 2 end of year report? (Year 6)

By Year 6 (under normal circumstances), students will have completed the KS2 SATs and finished their time at primary school. Preparing to progress to Year 7, they will make the transition to secondary school. Unlike the KS1 SATs, schools send KS2 SATs papers to external examiners for marking.

These results will help the teacher write the Year 6 end of year school report and include statutory teacher assessment judgments for reading, writing, maths, and science. You should expect to receive a breakdown of these reports with some interpretation by the teacher to help you understand better. It’ll also provide some recommendations for you to help your child make even more progress in the future.

You may also like to know that these results, as well as a separate teacher assessment, are sent to the Year 7 liaison officer of your child’s secondary school and are read by all of your child’s Year 7 teachers.

How should you talk to your child about their end of year school reports?

But how about your little one? They may come skipping out from class across the playground, gladly waving their end of year school report, blissfully unaware of the criticism that may lay within. Many of our students’ parents are unsure how to communicate the report’s content with their child for various reasons. Some are concerned they’re just too young to understand (or care), others don’t want to knock their child’s confidence, and so here are some tips for approaching for the conversation.

Prepare beforehand.

Before having a chat with your child, ensure you fully understand the report. If you don’t understand, that’s ok! Email or call the teacher, perhaps schedule a chat so that you can delve into the report’s content deeper.

Start on a positive.

If there’s positive feedback in the report, absolutely acknowledge it! This is great for your child’s confidence and motivation for learning in the future.

Ask what they think about it.

Don’t just lecture your child; treat them as an equal participant in the conversation. If there are comments about bad behaviour, shouting or venting frustration (even if they are a bit of a rascal) won’t help the situation in the long term. Try asking how they feel the year went, keep the conversation age-appropriate, and explore why they think the teacher made specific comments.

For example, if the comments are about behaviour. Ask why Miss so and so may have said that, and continue from there. If it’s about a subject, let’s say maths, ask if they find it difficult. It will help you understand if they feel less confident using numbers or don’t like maths. Both are ok, and you can come up with a plan of action to help solve this.

Next steps.

Children love planning; they feel comfortable when they know what is to come. It is crucial to come up with a plan for how best you can support them.

End on a positive

Beginning and ending the conversation on a positive note will help your child to feel motivated, whatever their age.

What can you do to help your child?

There are various ways you can help your child if they are not meeting the expected level of achievement. The best way to deal with any issues that may arise is to find the root cause of the problem. For example, if they’re having trouble with maths, perhaps they got an answer wrong, and their peers laughed. This may not mean they struggle but instead have a confidence issue.

But if you’re struggling to figure out how to solve problems such as this, you may find the tips below helpful.

Work with your child’s teacher.

Parents underestimate how much a teacher can help in this; they’ll be able to give a plan to work on to help. If you feel that your child’s teacher is not helping, you can always contact the school.

Communication with the teacher doesn’t end with the report; it’s essential to communicate further where necessary. They can support you with a plan to help your child improve, and remember, if you’re not satisfied with their assistance, in some cases, you can contact the headteacher or subject head.

Try to make learning fun.

Some children respond better to fun activities, such as maths quizzes and games. If it’s the case that your child responds better to this type of mental stimulation, do not shy away from it. For example, try these free virtual maths escape rooms for Key Stage 2 students.

Consider hiring a tutor or making use of online courses for kids.

Online tuition is in no way similar to having a private tutor, whereby your child is expected to turn up at their house and study for an hour alone. Using online courses makes the most of the latest technologies that help students learn in an interactive environment and are becoming popular worldwide, even in the UK. Check out these videos to see how young maths tutors are helping primary school students get ahead in mathematics!

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What is Progress 8, and how are Teachers Measuring Progress in 2021?

Dania Jasem — Fri, 30 Apr 2021 13:47:13 +0000

What is Progress 8? It’s a statistic used to measure pupils’ progress between Year 6 and Year 11, effectively measuring their attainment across eight subjects/qualifications. It is relatively new, and many parents do not fully understand it. However, most people know that it’s an important metric for analysing a pupil’s progress over time. As part of the Department for Education’s (DfE) response to the Coronavirus (Covid 19) pandemic, the Key Stage 2 SAT’s exams were cancelled for a second year. Parents and teachers are now questioning how the Progress 8 score is applied when measuring performance at school and how they can effectively track progress in the future.

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What is a Progress 8 score?

Progress 8 is a new value-added measure that compares pupils’ progress made between their Key Stage 2 tests and GCSE results. Progress 8 is combined with Attainment 8, which measures a pupil’s achievement across eight different subjects. These two come together as part of the new system based on students’ attainment in their best eight subjects at GCSE and the progress made from the end of Year 6 when the Key Stage 2 SAT’s in reading and maths are taken.

Covid 19’s impact on measuring Progress 8

The official cancellation of this year’s Sats will make it very difficult to calculate Progress 8 in the usual way in 2025. There will be missing data for pupils who have missed the SAT’s exam and may lead to unfair future possibilities.

The school minister Nick Gibb has already stated that the government is still deciding how pupil performance will measure the Progress 8 score. Some sources suggest that schools reinstate the CAT tests (cognitive abilities tests) at the start of Year 7. Or they may look at the KS1 SAT’s results as a way to possibly assess pupils.

Tes reported that Gibb has stated during a meeting of the Commons Education Select Committee on the GCSE and A-level grading plans for 2021 that they will be making decisions regarding this issue in due course and addressing the consequences for Progress 8.

The government has also stated that any qualification grades achieved using alternative assessment arrangements in 2020 and 2021 will not be used to produce the usual suite of institution-level performance measures.

The news of the cancellation of SAT’s exams may have given many a breather. However, it has also put a strain and uncertainty on the new system. Many are unsure if and how the Progress 8 system can survive this pandemic.

Primary school assessments in 2020 and 2021

The government has set out clear guidelines and has said that they will not publish institution-level data based on 2021; this includes

● Key stage 1 and 2 assessments

● GCSEs

● AS levels, A levels

● Other regulated general qualifications or vocational and technical qualifications.

This means that any data collected will not be available for anyone, including Ofsted, Regional Schools Commissioners (RSCs) or local authorities, to hold schools and colleges to account.

How will this impact primary school education?

To better inform parents about student progress, schools will continue to report students’ qualification results to their parents.

The government has also stated that they intend to temporarily change the performance tables for 2021 to provide a transparent information set. This is on schedule for publication in Autumn 2021.

Furthermore, many see the SAT’s cancellation as a blessing in disguise as it relieves many from the pressure of exams and focuses on helping make up for missed learning due to lockdowns.

Teachers can concentrate on assessing their pupils through a more subtle, stress-free assessment and can view where progress is being made and what the next steps should be.

There have been so many gaps in the last year, and many have fallen behind, the cancellation can help your child progress.

It should also be stated that there were no SATs in 2020, and so far, everything seems to be running ok. Secondary schools catered for their new students and the Year 7s soon found their feet in their new schools. These assessments will come along, and so far, the government has decided not to let them affect any future possibilities or affect your child’s future education.

Unfortunately, there is no way right now of knowing how the future will plan out with Progress 8 and the SAT’s but, the steps that have been taken so far might have been a necessity and may help your child progress better than before.

The latest UK Primary School Education News

Year 4 Times Tables Test: What you Need to Know for 2021

The Reception Baseline Assessment Explained

KS2 SATs Cancelled 2021

KS1 SATs Cancelled 2021

Free Maths Worksheets for Years 1 - 6

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Should you Send Your Child to an Independent Primary School?

Dania Jasem — Tue, 02 Feb 2021 16:49:40 +0000

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Choosing a school can be an exciting yet overwhelming task. Finding the perfect school that your child will thrive in can be difficult with so many to choose from. There is the worry of location, size and Ofsted standards. Besides understanding the school’s culture and the extracurricular activities on offer, some parents will consider the idea of sending their child to an independent primary school. As a parent, I can confidently say that this was one of the hardest decisions I made.

Many parents struggle with this decision because of its impact on their child’s educational future, and the opportunities available later in life.

What is an independent primary school?

Independent primary schools sometimes referred to as private or fee-paying schools, are free to set their own curriculum, school hours and term dates. Consequently, they enjoy greater flexibility in deciding how to educate their pupils.

There are various types of independent schools, including those that cater to children with special talents such as dance, or those who cater to special educational needs. Moreover, these schools may vary in single-sex or co-educational pupils.

Are there different types of independent schools?

Independent schools follow a different structure than that of state schools, children are not educated in key stages, but through age:

Pre-preparatory(pre-prep): Ages 4 to 7

This stage is often categorized as the nursery stage with children as young as 3 years old attending. The goal is to prepare your child to move to a prep-school at age seven (Year 3 or year 4).

Attending a pre-prep school is not simple; your child will need to go through a 30 to 40-minute assessment. This will include testing their overall development, including social interaction, play and speech.

Preparatory (prep): Ages 8 to 11

At this stage, the aim is to prepare pupils for entry to independent secondary schools. Unlike state schools, prep-schools do not have the SAT’s or Phonic Screening Tests; however, these schools prepare pupils for the Common Entrance Exam.

This is set by the Independent Schools Examinations Board (ISEB) and includes core subjects and strong academic focus on English, maths, science and modern languages.

Please note: Areas where there are state grammar schools, prep-schools may also prepare children to take the 11+ exam.

Senior Schools: Ages 11 to 18

Senior Schools offer three years of general studies, which is followed by two years for GCSE. This is concluded with two years of AS/A2 or the International Baccalaureate.

All- Through Schools:

Ages 2 to 5 – 16 to 18

Alternatively, many independent schools opt to combine the stages of a child’s education (primary and secondary) in one establishment. However, children are not together at all times.

Schools purposely implement this structure to allow primary school children to access secondary school facilities, including sports centres, music rooms and art studios. Also, children can benefit from the mentorship of older pupils.

What is the difference between an independent primary school and a state primary school?

Every year, parents decide whether to send their child to an independent or state school. The first obvious implication is whether or not the parent has the financial ability to send their children to an independent school or not. This is followed by whether there is a real advantage to justify the cost paid each year?

Tuition fees: the annual cost of UK independent schools per child

On average independent schools cost £13,194 per year for day pupils and £30,369 for boarders.

When deciding between state schools and independent schools, the main concern that parents are faced with is the academic potential and performance. Parents strive to secure their children’s academic and career prospects. Research has shown that over 60% of current Oxbridge students are from private schools or grammar schools. Hence, apart from the hefty school fees, the greatest difference between state and independent schools is the facilities and opportunities, as independent schools are consistently the best performing each year.

The pros and cons of an independent primary school education

If you’re thinking of sending your child to an independent primary school, check out the pros and cons below to support you in coming to a final decision.

Advantages of sending your child to an independent primary school

Smaller Class sizes

This is one of the main reasons I considered sending my child to private schools; the class sizes are considerably smaller to state schools. This can be as little as 10 pupils per teacher versus over 25 pupils per one teacher in-state school.

Some children may need individual attention to succeed, and if this is the case, you may want to consider private school as an option. Also, younger children may need more focus and attention, and this allows them to receive this.

Outstanding facilities and technology

Independent schools offer children facilities and the latest technology to enable them to thrive and create developing talent. This gives independent school pupils a competitive edge in the future job market and helps develop their skills.

Of course, state schools do include facilities and technology. However, this may not be as up to date as an independent school.

A greater element of parental choice

Parents start to worry about getting into a good primary school from the moment their child is born, as it can be a difficult and overwhelming task. There are long waiting lists, and parents cannot be guaranteed the school place you had hoped for. This is especially the case if the school is not in your catchment area. However, this isn’t always the case for independent schools.

Parents have a greater element of choice in which independent school they choose. This can mean that they have the choices of sending their children to:

Montessori Schools

Religious focus schools

All-boys schools

All-girls schools

Boarding schools

Opportunities in higher education

This is one of the main reasons parents opt to send their children to independent schools as it gives them an increased chance of getting a top university place. According to research, almost all independent school graduates continue in higher education than their state school peers.

Moreover, the research highlights that more than half of independent school pupils are admitted to selective colleges and universities.

Disadvantages of sending your child to an independent primary school

Expensive

The biggest factor that put parents off the idea of sending their children to independent schools is the cost. It is not just simply paying the tuition; it is also the cost of uniforms and extracurricular activities. This can all add up, and not every family has that kind of extra money.

This means that the number of families willing to pay has decreased, and according to data, the UK shows that only 9% of the UK school population are independent school pupils.

Academic pressure

Finding the right school is a challenging task, and sometimes we do get it wrong. Children do not always adhere to strict rules enforced at private schools. They may also feel pressured academically to be as good or better than their classmates.

This, unfortunately, can lead to mental anxieties and sense of overwhelming feelings.

Lack of diversity

Independent schools’ pupil bodies consist of wealthy, upper-class families. This leaves parents concerned over a lack of diversity and culture. With that said, independent schools are increasingly introducing scholarships and bursaries to solve this problem.

Bottom line

As a parent, you would need to outweigh both the negatives and positives. Independent schools do have a lot to offer, and it is the right school for some families. However, each child/family is different, and only you can make that decision.

Where can I learn more about UK independent schools?

The Independent Schools Council is a great place to start with, and it offers a Find a School feature to help you with your search. In addition to this, the Good School Guide has more information and advice on how best to choose an independent school for your child.

What are the top 30 UK independent schools?

If you’re looking for a detailed list of the UK’s best performing independent schools, along with routes of entry, location and academic statistics for each, click here.

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Low Attainment in Maths: How Should I Support my Child in Lockdown?

Dania Jasem — Fri, 22 Jan 2021 09:38:53 +0000

Parents and carers are facing the challenge of home-schooling their children during England’s third national lockdown. This can be a stressful time for both adults and the children, particularly when a child has low attainment in maths.

Many children are supported at school with extra teachings if they are struggling with a specific subject. For obvious reasons, this is no longer available when all learning is remote due to social distancing measures and the current lockdown.

The lockdown has left many parents wondering how they can best support their child’s learning? This is quite common in maths as parents and carers struggle to keep up with the current teaching methods. Additionally, many parents find maths difficult, suffering from maths anxiety themselves, which can then have a negative impact on their own children.

What is low maths attainment?

Low attainment refers to the achievement of a pupil in primary school. It is often used when a pupil is falling behind the expected level of an average student. Low attainment in maths is a persistent problem in the UK’s education system.

Unfortunately, experts have concluded that this may become worse with the existing lockdown measures that are in place.

There are concerns that low attainment in maths may increase as the help available can be difficult to access remotely. Research has shown that pupils who are from medium-wage income families are spending longer on home-schooling and are able to access more resources than others, which as a result will create educational inequalities.

How do schools support their lowest attainers in maths?

There are several effective techniques that schools use to support their pupils. Here are the most effective.

The concentration of resources:

Creating a lower attainment group in small numbers allows support and attention to the pupil. The pupil can access qualified bodies including teaching assistants, learning mentors and sometimes more senior pupils to help with their learning support. Technology is also available at school to access curriculum materials.

Customisation to specific learning needs:

Pupils can access materials to support their specific educational requirements. This includes effective school monitoring systems and curriculum programs. Additionally, schools will implement in-class groups. This is to promote engagement within the pupil’s learning.

Creation of a positive learning environment:

Creating a positive learning environment has proven to strengthen communication between teachers and their students. This encourages the pupil to participate and engage in learning. A more relaxed classroom atmosphere is recommended to promote teamwork, and positive affirmation to encourage the pupil.

How are schools supporting their lowest attainers in maths during a lockdown?

This is a challenge that many schools are confronting. Implementing these techniques can be difficult with existing social distancing measures. Schools are reporting that pupils are falling behind due to school closures. This is highlighted in this report.

The report also found that 98% of teachers stated that their pupils are falling behind and are not at the expected level. Additionally, the teachers estimated that 44% of pupils need intensive catch-up support.

This is why the government has proposed that schools invite 20% of low attainment pupils in each year group for one day a week.

According to the government report sent out, children will receive intensive tutoring that is designed to prevent them from falling behind. This scheme is yet to be put into place but the proposal states that this will not have compulsory attendance. Two weeks into lockdown nothing has been implemented yet.

What can I do to support my child if they struggle with maths?

As a parent, you are not responsible for solving this issue. The school will have a procedure in place. If you do have a concern that your child is falling behind, we suggest you contact the school or your child’s teacher. Various schools are working around low attainment students, it is always helpful to ask.

There are several maths online resources, you can access to help support your child. We have previously created these to help assist parents. You may want to try 81 free White Rose Maths worksheets for primary schoolers. Simply print these out at home.

If you’re concerned that getting your child excited about maths is a problem, why not try our very own podcast for kids? Created by Think Academy UK, discover Perfect Numbers, a selection of short, fascinating stories about the history of maths! – perfect for Key Stage 2 pupils.

Want more resources like these? Enter your email and we’ll send them directly to your inbox, for free!

Can online maths tuition support pupils with low attainment in maths?

All of Think Academy UK’s maths learning resources are free. We also provide online maths tuition to support with low attainment in maths. We invite you to learn more about our courses here.

Our courses are taught by verified tutors and are delivered using our parent-approved online learning platform. Of course, parents are rightly concerned about their child’s use of screen time. However, our tutors actively encourage participation in class. This means that every child enjoys learning, ultimately making progress in maths.

At Think Academy UK, we believe that technology is a universal language, empowering children’s education through the wonders of EdTech.

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Key Stage 1 SATs – Cancelled

Dania Jasem — Tue, 05 Jan 2021 17:46:46 +0000

Key Stage 1 SATs have been officially cancelled according to the Department for Education, who cited difficulties due to the Covid-19 pandemic.

What this means is that all Year 2 assessments will be cancelled including the English grammar, punctuation and spelling test. This is also to include science assessments. However, teachers have been told that assessment in reading, writing and maths will go ahead.

This has all come as a bit of a shock for many parents and teachers who have prepared themselves for the upcoming SAT’s. The assessments have previously been cancelled in 2020 and it has already been put out that the Key Stage 1 Sats will become non-statutory from 2023. However, this shows that 2021 will not go ahead due to the Covid 19 pandemic.

What does this mean for your child? Is there a concern? These questions are on most parents’ minds. Nothing about this year has been normal for children so this is no different. We are here to help you get those answers.

What are the Year 2 SAT’s tests and why are they cancelled?

The Year 2 SAT’s was first founded back in 2016, children were assessed on what they had been taught during the Key Stage 1 curriculum. At the end of year 2, pupils were required to sit tests on:

Reading

This assessment is split into two papers:

Paper one will include a selection of texts totalling 400-700 words
Paper two will include a reading booklet with 800-1100 words

English grammar, punctuation and spelling

This assessment is split into two papers:

Paper one will include a 20-word spelling test
Paper 2 will include a grammar, punctuation and vocabulary test, in two sections of around 10 minutes each.

Maths

This assessment is split into two papers:

Paper 1 will include arithmetic. This usually takes 15 minutes.
Paper 2 will include mathematical fluency, problem-solving and reasoning

For more information, please visit the Government website

These were cancelled for the 2020 year 2 students and have now been officially scrapped in 2021. These assessments will no longer take place from 2023, this was due to ongoing dispute that SAT’s are not beneficial for the child

Please note: If your child was born before 31 August 2015 they will still be tested at the end of Year 2.

Consequences for cancelling the Key Stage 1 SATs

There are various opinions on this subject. Some have applauded this as teachers and schools have struggled with keeping up with the curriculum. There is also the idea that SAT’s will be causing unnecessary stress to children. Children like adults have had to come to terms with a new normal. Some have had difficult experiences during the lockdown.

Many have missed months of learning. There is no right answer here of concern. Some parents or teachers believe that the SAT’s should actually go ahead as it included some sort of normality.

We thought it would be a good idea to list the positives and negatives for you and you as a parent can make up your mind on whether this is a concern or not.

Positives

Let’s start with the positives. How can this be beneficial for your child?

Less stress: implementing this will be less stressful for your child, and even for you. This means you can focus on getting through this pandemic safely and not worry about how much your child will be assessed

Preparation: This year has not been an ideal year for preparation, and it is still an ongoing fight. We are still looking at the possibilities of future lockdown, future outbreaks. Which means more time away from preparing. Having this assessment eliminated may help more on focus on what is necessary

Digital Poverty: This is a crucial one; many families in the country do not have equal amounts of resources. When the country went on lockdown, many children went without education as they were not able to use remote learning. This assessment would highly unfair to those who live in digital poverty

What impact will the cancellation of the Key Stage 1 SATs have on your child?

Progress: Parents and teachers alike use SAT’s as a way to understand how pupils are progressing in school and what additional support they need. Hence, the cancellation of this would probably mean you won’t know your child’s progress or what they need help with.

School Improvement: These assessments also affect the schools themselves as they are an opportunity to do what they need to focus on to improve their teaching styles. Cancelling this may affect them.

Normality- If you agree with SAT’s or not, cancelling may not be the best idea as it still has that sense of normality which children at this moment are probably craving.

What should do you do as their parent?

If you do find this a concern and believe that your child will miss out on these assessments. You could write to your MP describing your concern for your child.

How can you help your child in light of the Key Stage 1 SATs being cancelled?

There are past previous SAT’s papers included on the government websites that you can do with your child. This may help you with tracking their progress. If you do still feel concerned about your child do not hesitate to contact Think Academy.

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