Reading - Word Reading
KS1EN-KS1-D002
Phonics, decoding, word recognition and fluency development
National Curriculum context
Reading — word reading at KS1 focuses on teaching children the alphabetic code systematically through phonics, enabling them to decode unfamiliar words independently. Children learn the correspondences between sounds (phonemes) and letters or groups of letters (graphemes), applying this knowledge to blend sounds in order to read words and segment words for spelling. The statutory curriculum requires that by the end of Year 1, children pass the statutory Phonics Screening Check, demonstrating secure knowledge of the common grapheme-phoneme correspondences. In Year 2, pupils consolidate their phonic knowledge and develop fluency in reading high-frequency words and common exception words. The goal of word reading is automaticity — reading words accurately without conscious effort — which frees pupils' cognitive resources for comprehension.
13
Concepts
4
Clusters
7
Prerequisites
13
With difficulty levels
Lesson Clusters
Understand phonemes, graphemes and their correspondence
introduction CuratedPhoneme, grapheme and GPC are the conceptual bedrock of systematic phonics; all three are mutually co-taught (C002 lists C001 and C003), and none is meaningful without the others.
Blend and segment sounds to decode and spell words
practice CuratedBlending and segmenting are the two reciprocal phonics operations; decoding is their direct application to reading unfamiliar print. Co_teach_hints link all three tightly.
Recognise vowel and consonant digraphs and split digraphs
practice CuratedVowel digraphs, consonant digraphs, split digraphs and syllables are the grapheme pattern groups pupils must learn to extend single-phoneme GPC knowledge; the syllable concept (C012) scaffolds multi-syllable decoding across all digraph types.
Read common exception words fluently and with expression
practice CuratedAutomatic word recognition and common exception words are the sight-word strand that, alongside phonics, leads to reading fluency; C007 lists C008 in its co_teach_hints and C013 consolidates both strands.
Access and Inclusion
8 of 13 concepts have identified access barriers.
Barrier types in this domain
Recommended support strategies
Prerequisites
Concepts from other domains that pupils should know before this domain.
Concepts (13)
Phoneme
Keystone knowledge AI DirectEN-KS1-C001
The smallest unit of sound in spoken language (e.g., /c/ /a/ /t/)
Teaching guidance
Teach phonemes through a systematic synthetic phonics programme (e.g., Letters and Sounds, Read Write Inc.). Begin with single-letter phonemes (/s/, /a/, /t/, /p/) before progressing to digraphs and trigraphs. Use oral segmenting games — say a word slowly and ask children to count the sounds on their fingers. Ensure children understand that a phoneme is a sound, not a letter, by demonstrating words where one sound is represented by more than one letter.
Common misconceptions
Children often confuse phonemes with letters, believing that each letter always makes one sound. They may count letters rather than sounds when segmenting (e.g., thinking 'ship' has four sounds instead of three). Some children add a schwa sound to consonant phonemes (e.g., saying 'buh' instead of /b/).
Difficulty levels
Identifying individual phonemes in simple CVC words using picture support and oral segmenting.
Example task
Listen to the word 'cat'. Hold up one finger for each sound you hear. How many sounds are in 'cat'?
Model response: Three sounds: /c/ /a/ /t/ (child holds up three fingers)
Identifying phonemes in words containing digraphs and adjacent consonants.
Example task
How many sounds are in the word 'ship'? Say each sound separately.
Model response: Three sounds: /sh/ /i/ /p/
Accurately identifying all phonemes in words with digraphs, trigraphs and adjacent consonants without support.
Example task
Say each sound in the word 'string'. How many phonemes does it have?
Model response: Six phonemes: /s/ /t/ /r/ /i/ /ng/ — wait, five phonemes: /s/ /t/ /r/ /i/ /ng/
Explaining that the same phoneme can be represented by different graphemes, and identifying phonemes in unfamiliar multisyllabic words.
Example task
The word 'rain' and the word 'gate' both have the same vowel sound. What is the sound? How is it written differently in each word?
Model response: Both have the /ay/ sound. In 'rain' it is written 'ai' and in 'gate' it is written 'a-e' (split digraph).
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Access barriers (2)
Phoneme recognition is fundamentally an auditory discrimination task. The child must hear, distinguish and manipulate individual speech sounds. Children with auditory processing disorder may have normal hearing but struggle to parse the speech stream into discrete phonemes.
Phonics sessions often involve multiple auditory inputs — teacher modelling, child repetition, peer voices — in quick succession. For children with sensory processing difficulties, this rapid auditory bombardment can cause overload.
Grapheme
knowledge AI DirectEN-KS1-C002
A letter or group of letters representing a phoneme (e.g., 'sh', 'ch', 'igh')
Teaching guidance
Introduce graphemes alongside phonemes from the start of systematic phonics teaching. Use flashcards showing the grapheme with a picture cue (e.g., 'sh' with a picture of a ship). Teach children that a grapheme can be one letter (s), two letters (sh, ch, th), or three letters (igh, ear). Practise matching graphemes to phonemes using phoneme frames and magnetic letters. Display grapheme charts in the classroom for reference.
Common misconceptions
Children may think that every letter is a separate grapheme, leading them to split digraphs incorrectly when reading (e.g., reading 'sh' as /s/ /h/). They may struggle to understand that the same phoneme can be represented by different graphemes (e.g., /ee/ can be 'ee', 'ea', 'e-e').
Difficulty levels
Recognising single-letter graphemes and matching them to their most common phoneme.
Example task
Point to the grapheme that makes the /s/ sound: s, m, t, a.
Model response: Points to 's'.
Recognising common digraphs (sh, ch, th, ai, ee, oa) as single graphemes representing one phoneme.
Example task
Circle the grapheme that makes one sound in the word 'chip': c-h-i-p.
Model response: Circles 'ch'.
Identifying graphemes including digraphs, trigraphs and split digraphs in words, and knowing that one phoneme can have multiple grapheme spellings.
Example task
Underline the graphemes in the word 'night'. How many graphemes are there?
Model response: Three graphemes: n-igh-t.
Explaining that the same phoneme can be written with different graphemes and choosing between alternative spellings.
Example task
Write three different ways to spell the /ee/ sound. Give a word example for each.
Model response: 'ee' as in 'tree', 'ea' as in 'meat', 'e-e' as in 'theme'.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Access barriers (1)
Grapheme charts and phonics mats present many letter combinations in a dense grid format. Children with visual stress or dyslexia may find these reference materials overwhelming rather than supportive.
Grapheme-Phoneme Correspondence (GPC)
Keystone knowledge AI DirectEN-KS1-C003
The relationship between letters and the sounds they represent
Teaching guidance
Teach GPCs in a systematic order following the school's chosen phonics programme. Start with one-to-one correspondences (one letter, one sound) before introducing alternatives. Use a 'speed sounds' routine where children see the grapheme and say the phoneme rapidly. Revisit GPCs daily through flashcard practice. When children encounter a new GPC in reading, explicitly name it and add it to the class phonics display.
Common misconceptions
Children often assume each letter makes only one sound and become confused when they encounter alternative pronunciations (e.g., 'c' in cat vs city). They may not realise that English has more phonemes (approximately 44) than letters (26), requiring some sounds to be represented by letter combinations.
Difficulty levels
Matching single-letter graphemes to their most common phoneme using flashcards or picture cues.
Example task
I show you the letter 's'. What sound does it make?
Model response: /s/
Applying GPCs for common digraphs and beginning to recognise that some graphemes have more than one pronunciation.
Example task
What sound does 'ow' make in the word 'cow'? What sound does 'ow' make in the word 'snow'?
Model response: 'ow' in 'cow' makes /ow/ (as in ouch). 'ow' in 'snow' makes /oa/ (as in go).
Applying GPCs fluently for all taught graphemes including alternatives, using context to select the correct pronunciation.
Example task
Read these words aloud: 'house', 'hour', 'hope'. What do you notice about the letter 'h'?
Model response: In 'house' and 'hope', the 'h' makes the /h/ sound. In 'hour', the 'h' is silent.
Explaining why English has complex GPCs and identifying patterns in how graphemes represent different phonemes.
Example task
The letter 'c' makes different sounds in 'cat' and 'city'. Can you explain when 'c' makes a /s/ sound?
Model response: The letter 'c' makes a /s/ sound when it comes before 'e', 'i' or 'y', like in 'city', 'cent' and 'cycle'. Before 'a', 'o' or 'u' it makes a /k/ sound.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Access barriers (2)
The relationship between a printed letter and a spoken sound is entirely arbitrary — there is no inherent reason why 'sh' makes /ʃ/. This abstraction is harder for children with learning difficulties who benefit from concrete, meaningful connections.
Grapheme-phoneme correspondence requires holding the visual letter pattern, the associated sound, and the mapping rule simultaneously. When multiple GPCs are taught in one session, the working memory demand multiplies. Children with working memory difficulties need fewer GPCs per session with more practice.
Blending
skill AI DirectEN-KS1-C004
Merging individual phonemes together to read whole words
Teaching guidance
Model blending explicitly by pointing to each grapheme in a word, saying each phoneme, then sweeping a finger under the word while merging the sounds together. Use 'sound buttons' (dots under single graphemes, lines under digraphs) to support segmenting before blending. Start with CVC words (cat, sit, mop) and progress to CCVC (stop, frog) and CVCC (milk, help). Practise blending daily using decodable books matched to the GPCs taught so far.
Common misconceptions
Children may say the individual phonemes correctly but fail to merge them into a recognisable word — they 'bark at print' without synthesising. Some children blend only the first two sounds and then guess the rest of the word from context or pictures. Others segment but cannot hold all the sounds in memory long enough to blend.
Difficulty levels
Blending spoken phonemes into CVC words with adult modelling and picture support.
Example task
I say the sounds /c/ /a/ /t/. Push them together to make a word. What word is it?
Model response: Cat.
Blending phonemes in CCVC and CVCC words and words containing digraphs without picture support.
Example task
Read this word by blending the sounds: 'frog'.
Model response: Child sounds out /f/ /r/ /o/ /g/ and blends to say 'frog'.
Blending phonemes fluently in words with adjacent consonants, digraphs and trigraphs to read unfamiliar words accurately.
Example task
Read this word: 'thrush'.
Model response: Child identifies 'thr' onset and 'ush' rime, blends to say 'thrush'.
Blending fluently in multisyllabic words and self-correcting when the first blending attempt does not produce a recognisable word.
Example task
Read this word: 'adventure'. If your first try doesn't sound like a real word, try again.
Model response: Child segments into syllables 'ad-ven-ture', blends each syllable, then combines to say 'adventure'.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Access barriers (2)
Blending requires hearing individual phonemes and merging them into a whole word in real time. Children with auditory processing difficulties may identify each phoneme correctly but be unable to synthesise them into a recognisable word.
Blending requires holding the first phonemes in memory while processing subsequent ones, then synthesising all of them simultaneously. Longer words (4-5 phonemes) exceed working memory capacity for some children.
Segmenting
Keystone skill AI DirectEN-KS1-C005
Breaking spoken words into individual phonemes for spelling
Teaching guidance
Teach segmenting as the reverse of blending — hearing a whole word and breaking it into its component phonemes. Use phoneme frames (Elkonin boxes) where children push a counter into each box as they say each sound. Practise with oral segmenting before writing: say a word, ask children to identify each sound, then write the corresponding grapheme for each. Progress from CVC words to longer words with adjacent consonants and digraphs.
Common misconceptions
Children often miss sounds in consonant clusters (writing 'sop' for 'stop') because adjacent consonants are harder to hear separately. They may segment by letter name rather than by sound, or struggle to identify the phonemes in words containing digraphs (e.g., treating 'ch' in 'chip' as two separate sounds).
Difficulty levels
Segmenting spoken CVC words into individual phonemes using Elkonin boxes or finger counting.
Example task
Say the word 'dog'. Push a counter into a box for each sound you hear.
Model response: Child pushes three counters: /d/ /o/ /g/.
Segmenting words with adjacent consonants and digraphs into phonemes for spelling.
Example task
Segment the word 'chest' into its sounds so you can spell it.
Model response: /ch/ /e/ /s/ /t/ — four sounds.
Segmenting words accurately for spelling, including words with digraphs, trigraphs and adjacent consonants, choosing appropriate graphemes.
Example task
Segment the word 'sprint' and write it.
Model response: /s/ /p/ /r/ /i/ /n/ /t/ — writes 'sprint'.
Segmenting multisyllabic words and selecting the correct grapheme from known alternatives for each phoneme.
Example task
Segment and spell the word 'rainbow'. Explain which grapheme you chose for the /ay/ sound and why.
Model response: Writes 'rainbow'. 'I used 'ai' for the /ay/ sound because 'ai' usually goes in the middle of a word.'
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Access barriers (1)
Segmenting is the reverse of blending — breaking a spoken word into its constituent phonemes for spelling. It requires precise auditory analysis of one's own speech, which is demanding for children with auditory processing difficulties.
Decoding
Keystone skill AI DirectEN-KS1-C006
Using phonic knowledge to read unfamiliar words
Teaching guidance
Ensure children apply their phonic knowledge to read unfamiliar words rather than guessing from pictures or context. Model the decoding process explicitly: look at the word, identify the graphemes, say each phoneme, blend them together. Use decodable books that match the GPCs children have been taught. When a child encounters an unfamiliar word, prompt them to 'sound it out' rather than telling them the word. Gradually introduce words with more complex graphemes as phonic knowledge develops.
Common misconceptions
Children may over-rely on picture cues or initial letter guessing instead of decoding the whole word. Some children decode accurately but too slowly to retain meaning. Others apply decoding to common exception words that cannot be fully decoded phonically, leading to mispronunciation.
Difficulty levels
Decoding simple CVC words in a decodable text using known GPCs.
Example task
Read this sentence from your reading book: 'The cat sat on a mat.'
Model response: Child points to each word and decodes: 'The... cat... sat... on... a... mat.'
Decoding words with digraphs and adjacent consonants in connected text, applying taught GPCs.
Example task
Read this sentence: 'The frog jumped into the pond with a splash.'
Model response: Child decodes each word, including 'frog', 'jumped', 'pond', 'splash', using phonic knowledge.
Decoding unfamiliar words accurately on first attempt in age-appropriate texts, self-correcting when needed.
Example task
Read this passage aloud. When you come to a word you don't know, use your phonics to work it out.
Model response: Child reads fluently, pausing to decode unfamiliar words such as 'scrambled' or 'frightened' using phonic strategies.
Decoding polysyllabic words by breaking them into syllables and applying phonic knowledge, including words not yet encountered.
Example task
Read this word you haven't seen before: 'thunderstorm'. How did you work it out?
Model response: 'Thunder-storm'. I split it into two parts: 'thun-der' and 'storm'. I know 'th' and 'or' graphemes.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Access barriers (2)
Decoding IS the learning objective here — using phonics knowledge to read unfamiliar words. This is construct-sensitive: support strategies that bypass decoding (e.g. TTS reading the word aloud) would remove the very skill being taught.
Decoding unfamiliar words is effortful — each word requires active application of phonics rules. Children with ADHD find this sustained effortful processing exhausting, even in short reading passages.
Automatic word recognition
skill AI DirectEN-KS1-C007
Reading familiar words without conscious decoding
Teaching guidance
Build automatic word recognition through repeated exposure to high-frequency words in reading and writing. Use flashcard drills for rapid recognition of common words. Ensure children read decodable texts frequently so that regularly encountered words become automatic. Practise reading common exception words until they are recognised instantly. The goal is to free cognitive resources for comprehension by making word-level reading effortless.
Common misconceptions
Children may believe that automatic recognition means memorising words as whole shapes rather than understanding their phonemic structure. Some children develop automatic recognition of a limited set of words but continue to guess at unfamiliar words rather than decoding them. Teachers sometimes prioritise sight word memorisation over phonic decoding, which limits long-term reading independence.
Difficulty levels
Recognising a small set of high-frequency decodable words instantly on flashcards.
Example task
Read these words as quickly as you can: 'the', 'and', 'is', 'it', 'in'.
Model response: Child reads all five words instantly without sounding out.
Recognising Year 1 common exception words and high-frequency words automatically in context.
Example task
Read this sentence without stopping to sound out: 'He said he was going to the house.'
Model response: Child reads fluently, recognising 'said', 'was', 'going', 'house' automatically.
Reading most age-appropriate words automatically, only needing to decode genuinely unfamiliar or rare words.
Example task
Read this page from your reading book aloud. I will note which words you read automatically and which you need to decode.
Model response: Child reads the page fluently with automatic recognition of most words, decoding only one or two unfamiliar words.
Reading with automatic recognition across a wide range of texts, including words from Year 2 common exception word list and beyond.
Example task
Read this passage from an unfamiliar Year 3 book. Which words did you need to decode rather than recognise?
Model response: Child reads with fluency and expression, identifying only specialist vocabulary that required decoding.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Common exception words
knowledge AI DirectEN-KS1-C008
High-frequency words with unusual spelling patterns that must be learned
Teaching guidance
Teach common exception words (e.g., the, said, was, where, there, one, once) explicitly, drawing attention to the 'tricky' part of each word that does not follow regular phonics rules. Use a 'tricky word' wall and practise reading and spelling these words daily. Highlight which parts of the word are decodable and which must be learned by heart. Statutory exception words for Year 1 and Year 2 are listed in Appendix 1 of the National Curriculum.
Common misconceptions
Children may try to decode exception words fully using phonics rules and produce incorrect pronunciations (e.g., reading 'said' as /s-ay-d/). They may assume all high-frequency words are exception words, when in fact many common words are fully decodable. Some children learn to read exception words but cannot spell them, as reading recognition and spelling recall are different processes.
Difficulty levels
Reading a small set of common exception words with picture or context support.
Example task
Read these words: 'the', 'I', 'no', 'go', 'to'.
Model response: Child reads all five words correctly.
Reading and spelling Year 1 common exception words (e.g., said, come, some, one, were) with some accuracy.
Example task
Write these words from memory: 'said', 'come', 'were', 'there'.
Model response: Child writes 'said', 'come', 'were', 'there' correctly.
Reading and spelling Year 1 and Year 2 common exception words accurately, including in dictated sentences.
Example task
Write this sentence from dictation: 'They could not find their beautiful new clothes.'
Model response: Child writes the sentence with 'could', 'their', 'beautiful', 'clothes' spelled correctly.
Identifying the tricky parts of exception words and explaining why they cannot be fully decoded using phonics.
Example task
Look at the word 'people'. Which part is tricky? Why can't you just sound it out?
Model response: 'The 'eo' in the middle is the tricky part. If you sounded it out using phonics, you would say /p/ /ee/ /o/ /p/ /l/ /e/, which doesn't sound like 'people'. The 'eo' makes a /ee/ sound which is unusual.'
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Access barriers (1)
Common exception words must be memorised as whole units because they defy phonics rules. Children with working memory or long-term memory retrieval difficulties may need many more exposures than peers to commit these words to automatic recognition.
Vowel digraphs
knowledge AI DirectEN-KS1-C009
Two vowels together making one sound (e.g., 'ai', 'ee', 'oa')
Teaching guidance
Teach vowel digraphs systematically within the phonics programme. Introduce each digraph with a key word and picture (e.g., 'ai' — rain, 'ee' — tree, 'oa' — boat, 'oo' — moon/book). Use phoneme frames to show that a digraph represents one phoneme, not two. Practise reading and spelling words containing each digraph. Teach alternative spellings for the same vowel phoneme (e.g., the /ee/ sound can be spelt 'ee', 'ea', 'e-e', 'ie', 'ey').
Common misconceptions
Children often try to sound out each letter in a digraph separately (e.g., reading 'oa' as /o/ /a/ instead of /oa/). They may confuse digraphs that look similar (e.g., 'ou' and 'ow', or 'ai' and 'ia'). Some children do not realise that the same vowel sound can have multiple spelling representations.
Difficulty levels
Recognising common vowel digraphs (ai, ee, oa) with picture cue support and reading simple words containing them.
Example task
Read these words: 'rain', 'tree', 'boat'.
Model response: Child reads 'rain', 'tree', 'boat' correctly, recognising the digraphs.
Reading and spelling words with a range of vowel digraphs (ai, ee, oa, oo, ou, ow, oi, igh, ear, air, ure) in context.
Example task
Sort these words by their vowel sound: 'moon', 'book', 'food', 'look', 'room', 'good'.
Model response: Long /oo/: moon, food, room. Short /oo/: book, look, good.
Reading and spelling words with vowel digraphs accurately, including choosing the correct digraph when multiple spellings exist for the same sound.
Example task
Spell the word 'trainee'. Which vowel digraphs did you use?
Model response: Writes 'trainee'. 'I used 'ai' for the /ay/ sound and 'ee' for the /ee/ sound.'
Explaining alternative spellings for the same vowel sound and identifying patterns in when each spelling is typically used.
Example task
The /oa/ sound can be spelt 'oa', 'ow' or 'o-e'. Give an example word for each. Do you notice where each spelling usually appears in a word?
Model response: 'oa' in 'coat' — usually in the middle. 'ow' in 'snow' — usually at the end. 'o-e' in 'home' — the 'e' goes at the end with a consonant between.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Consonant digraphs
knowledge AI DirectEN-KS1-C010
Two consonants together making one sound (e.g., 'sh', 'ch', 'th')
Teaching guidance
Teach consonant digraphs (sh, ch, th, ng, wh, ck) early in the phonics programme, as they appear in many common words. Use picture cues and actions (e.g., finger to lips for 'sh'). Emphasise that two letters together make one new sound — it is not a blend of the two letter sounds. Teach the two pronunciations of 'th' (voiced as in 'this' and unvoiced as in 'thin'). Practise reading and writing words with consonant digraphs in initial and final positions.
Common misconceptions
Children commonly attempt to say each letter's individual sound rather than the digraph sound (e.g., /s/ /h/ instead of /sh/). They may confuse 'ch' and 'sh' or struggle to distinguish the voiced and unvoiced 'th' sounds. Some children find 'ng' particularly difficult because it never appears at the start of English words.
Difficulty levels
Recognising the most common consonant digraphs (sh, ch, th) and reading simple words containing them.
Example task
Read these words: 'shop', 'chin', 'thin'.
Model response: Child reads all three words correctly, producing the digraph sounds.
Reading and spelling words with a wider range of consonant digraphs (sh, ch, th, ng, wh, ck, ph) including in different positions within words.
Example task
Write these words: 'ring', 'which', 'phone', 'thick'.
Model response: Child writes 'ring', 'which', 'phone', 'thick' correctly.
Using consonant digraphs accurately in reading and spelling, including distinguishing voiced and unvoiced 'th'.
Example task
Read these words and sort them: does the 'th' sound the same in 'this' and 'think'?
Model response: 'This' has a voiced /th/ (buzzy). 'Think' has an unvoiced /th/ (whispery). They are different sounds made by the same letters.
Explaining rules about consonant digraph placement and recognising less common digraphs in unfamiliar words.
Example task
Why do we use 'ck' in 'kick' but just 'k' in 'week'? Can you explain the pattern?
Model response: 'ck' comes after a short vowel sound — kick, duck, neck. 'k' comes after a long vowel or consonant — week, milk, park.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Split digraph
knowledge AI DirectEN-KS1-C011
Two letters separated by another letter making one sound (e.g., 'a-e' in 'make')
Teaching guidance
Teach the split digraph pattern (a-e, e-e, i-e, o-e, u-e) by showing how the 'e' at the end of a word changes the vowel sound from short to long. Use word pairs to demonstrate the pattern (e.g., cap/cape, hop/hope, kit/kite, tub/tube). Explain that the two letters work together even though they are separated by a consonant — the 'e' is not silent but does a job of making the vowel say its name. Use phoneme frames with the split digraph marked as one unit.
Common misconceptions
Children often think the final 'e' makes its own sound rather than modifying the preceding vowel. They may apply the split digraph rule to words where it does not apply (e.g., 'have', 'come', 'give'). The term 'magic e' can create a misconception that the 'e' appears randomly rather than being a systematic spelling pattern.
Difficulty levels
Recognising the split digraph pattern in simple word pairs with adult support.
Example task
Read these two words: 'cap' and 'cape'. What happens to the vowel sound when the 'e' is added?
Model response: 'Cap' has a short /a/. 'Cape' has a long /ay/. The 'e' makes the vowel say its name.
Reading and spelling words with all five split digraphs (a-e, e-e, i-e, o-e, u-e) with some accuracy.
Example task
Read these words: 'make', 'theme', 'kite', 'hope', 'cube'.
Model response: Child reads all five words correctly, applying the split digraph pattern.
Using split digraphs accurately in both reading and spelling, including distinguishing words where the pattern does and does not apply.
Example task
Spell these words: 'stripe', 'alone', 'complete'. Underline the split digraph in each.
Model response: Writes 'stripe' (i-e), 'alone' (o-e), 'complete' (e-e) and underlines the split digraphs correctly.
Identifying exception words that look like split digraph words but are not, and explaining why.
Example task
Why doesn't the word 'have' follow the split digraph rule, even though it ends in 'e' after a consonant and vowel?
Model response: 'Have' looks like it should have a long /a/ sound like 'cave', but it doesn't — the 'a' stays short. It's an exception word. Other exceptions include 'give', 'come' and 'love'.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Syllables
knowledge AI DirectEN-KS1-C012
Beats or units of sound within words
Teaching guidance
Teach syllables by clapping or tapping the beats in spoken words before connecting to reading and spelling. Use children's names as starting points (e.g., 'Sam' = 1 syllable, 'Emily' = 3 syllables). Explain that every syllable must contain a vowel sound. Use syllable segmenting as a strategy for reading and spelling longer words — break the word into syllables, read or spell each syllable, then put them back together.
Common misconceptions
Children sometimes confuse syllables with phonemes, thinking each sound is a syllable. They may miscount syllables in words with adjacent vowels (e.g., thinking 'lion' has one syllable) or with silent 'e' endings (e.g., counting 'cake' as two syllables). Some children tap letters rather than beats when asked to count syllables.
Difficulty levels
Clapping or tapping the beats in spoken words to identify the number of syllables.
Example task
Clap the beats in these words: 'cat', 'rabbit', 'elephant'. How many claps for each?
Model response: 'Cat' — 1 clap. 'Rabbit' — 2 claps. 'Elephant' — 3 claps.
Segmenting written words into syllables as a strategy for reading longer words.
Example task
Break the word 'sunset' into syllables to help you read it.
Model response: 'Sun-set' — two syllables.
Using syllable segmentation to read and spell multisyllabic words, understanding that every syllable has a vowel sound.
Example task
Break these words into syllables: 'wonderful', 'yesterday', 'September'.
Model response: 'Won-der-ful' (3), 'yes-ter-day' (3), 'Sep-tem-ber' (3).
Explaining the rule that every syllable contains a vowel sound and using this to self-check syllable counting.
Example task
A child says 'smiled' has two syllables. Are they right? How do you know?
Model response: 'Smiled' has one syllable because the '-ed' doesn't add a new vowel sound — it just adds a /d/. Each syllable must have a vowel sound, and 'smiled' only has one: /ai/.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Reading fluency
Keystone skill AI DirectEN-KS1-C013
Reading accurately and at a good pace with expression
Teaching guidance
Develop reading fluency through regular practice reading familiar texts and rereading decodable books. Model fluent reading aloud daily, demonstrating appropriate pace, expression and phrasing. Use paired reading where a fluent reader (adult or peer) reads alongside the child. Teach children to read in 'chunks' or phrases rather than word by word. Once children can decode accurately, shift attention to pace and prosody through repeated readings of the same short text.
Common misconceptions
Children may equate fast reading with fluent reading, reading rapidly without attention to meaning or expression. Some children read accurately but in a monotone, word-by-word manner. Others develop fluency with familiar texts but lose it completely when encountering new material, suggesting that decoding has not yet become fully automatic.
Difficulty levels
Reading a familiar decodable text aloud with accurate word reading, though pace may be slow and word-by-word.
Example task
Read this page from a book you have read before. Try to read each word correctly.
Model response: Child reads each word accurately but reads word by word with even pauses between words.
Reading familiar texts with some phrasing and beginning to attend to punctuation for expression.
Example task
Read this page aloud. Remember to pause at full stops and change your voice for questions.
Model response: Child reads in short phrases, pausing at full stops and raising intonation for questions.
Reading age-appropriate texts fluently with appropriate pace, expression and phrasing, responding to punctuation.
Example task
Read this passage aloud with expression, as if you were telling the story to someone.
Model response: Child reads with natural phrasing, appropriate pace, varied intonation for dialogue and exclamations, and pauses at commas and full stops.
Reading unfamiliar age-appropriate texts with expression and fluency, using voice to convey meaning and character.
Example task
Read this passage from a book you haven't seen before. Use different voices for the characters and show the mood of the story.
Model response: Child reads with fluency and expression, using distinct voices for characters, adjusting pace for suspense, and conveying mood through tone.
Delivery rationale
Reading/word reading concept — decoding and retrieval skills are digitally assessable.
Access barriers (2)
Reading fluency depends on automatic decoding — if the child must decode every word effortfully, fluency is impossible. This is construct-sensitive: fluency builds ON decoding competence and cannot be assessed without it.
Reading fluency requires sustained, uninterrupted reading at pace — maintaining attention, decoding, comprehension and expression simultaneously over extended text. Children with ADHD find sustained reading one of the most attentionally demanding school tasks.