Updated on
September 23, 2026
Adaptive Teaching Strategies: 12 Examples and a Free PDF
Adaptive teaching strategies with examples: 12 moves by subject, what it looks like from Reception to KS4, teachers' objections answered and a free PDF table.
Adaptive teaching means keeping one ambitious objective for the whole class and changing the route to it, live, as evidence of understanding comes in. It is not three worksheets planned the night before. It is what you do at minute twelve when the mini whiteboards show a third of the room has not grasped the step. The term describes a structured process for turning evidence into a classroom decision, not a label on its own.
In a Year 5 maths lesson on equivalent fractions, the teacher asks every learner to show 2/3 as sixths on a whiteboard. Eight learners shade the wrong number of parts. She keeps the objective. She pulls those eight to the front with fraction strips for four minutes while the rest attempt a reasoning question, then sends them back to the same task.
Nobody gets an easier version. This kind of responsive adjustment rests on formative assessment, and the evidence for that is strong and well replicated (Black and Wiliam, 1998). This article sets out what it looks like by subject and by need, and where it breaks down.
What is Adaptive Teaching?
This personalised approach aims to help each learner grow. Adaptive teaching asks teachers to watch how learners respond and then adjust their methods (Bennett, 2011). For more on this topic, see Adaptive learning.
Teachers should change the pace and the scaffolding based on formative data (Black & Wiliam, 1998). They spot learner needs through ongoing assessment (Christodoulou, 2017). This lets them change tasks and groups quickly.
Adaptive teaching meets each learner's needs. Tomlinson (2001) showed this builds on differentiation with support. Florian and Black-Hawkins (2011) found it creates a supportive space. This is similar to personalised learning.
Key Takeaways
- Adaptive teaching fundamentally shifts instruction from a one-size-fits-all model to an active, responsive approach tailored to individual learner needs. This pedagogical approach recognises that learning is most effective when instruction is pitched within a learner's Zone of Proximal Development, requiring teachers to continually assess and adjust their teaching to support progression (Vygotsky, 1978). It moves beyond static differentiation by actively responding to emergent learning needs in the classroom.
- Successfully implementing adaptive teaching requires teachers to manage cognitive load effectively, particularly for learners with diverse learning needs. By understanding how working memory processes information, teachers can adapt the complexity and presentation of new material, providing appropriate scaffolding to prevent cognitive overload (Sweller, 1988). This ensures that all learners, including those with SEND, can engage meaningfully with the curriculum and achieve deeper understanding.
- Integrating adaptive teaching with established pedagogical frameworks, such as Rosenshine's Principles, significantly enhances instructional effectiveness. Adaptive teaching allows teachers to dynamically apply principles like explicit instruction, questioning, and guided practice, adjusting the pace and depth based on real-time learner responses (Rosenshine, 2012). This collaboration ensures that core teaching strategies are not only evidence-based but also flexibly applied to meet the varying learning trajectories within a classroom.
- Formative assessment is the indispensable engine driving effective adaptive teaching, enabling precise and timely instructional adjustments. Through ongoing assessment for learning, teachers gather important information about learners' understanding, allowing them to adapt their teaching strategies, provide targeted feedback, and address misconceptions immediately (Black & Wiliam, 1998). This continuous feedback loop is key for closing attainment gaps and ensuring all learners make sustained progress.
Adaptive teaching helps learners because it rests on methods backed by evidence. It responds to what each learner needs, what interests them and what they already know. In this way, the teaching shapes itself around the learners in the room (Tomlinson, 2001; Christodoulou, 2017).
Black and Wiliam (1998) found that formative assessment helps learners make progress. Teachers check what learners understand and then change how they differentiate. Tomlinson (2014) said a learner's background shapes how a teacher should adapt. Florian and Black-Hawkins (2011) linked this to inclusive ways of teaching.
Adaptive teaching helps every learner. Tomlinson (2001) found that the right level of challenge supports all learners, including those with SEN. When the classroom is interesting, learners want to take part. They then grasp new ideas more easily.
Teachers meet standards and frameworks. They change teaching for each learner's needs (Tomlinson, 2014). Hattie (2009) says this boosts learner engagement.
Tomlinson (2001) argues that adaptive teaching raises the quality of lessons. It meets the needs of a wide range of learners. Each learner is different, so you tailor what you teach. Christodoulou (2017) thinks this kind of adapting helps learners do better.
Adaptive teaching helps learners succeed. Teachers change their methods, boosting results for all learners (Tomlinson, 2001). Scaffolding learning works, say Wood et al. (1976).
Adaptive teaching vs differentiation: what actually changes
Tomlinson (2014) showed differentiation might lower learner expectations. Christodoulou (2017) thinks adaptive teaching keeps standards high. Sharples et al (2015) explain teachers use data to change support. Higgins et al (2019) found teaching changes, not learner ability.
Teachers change lessons for individual learner needs. Adaptive teaching uses data to adjust learning in real time (Park & Datnow, 2017). This tailoring helps learners improve their results (Tomlinson, 2014; Christodoulou, 2017).
Researchers Tomlinson (2001) and Hall (2002) say differentiation means changing tasks for learners. Adapt content, process, or product to meet individual needs, as noted by Allan and Tomlinson (2000). This supports learners' varied needs.
Boaler (2019) found differentiation can lower expectations. This may create classroom divisions and unequal chances for each learner. Dweck (2006), Black and Wiliam (1998) show similar concerns.
Adaptive teaching personalises learning by noting learner needs. Teachers change their methods based on progress (Tomlinson, 2001; CAST, 2018). Research finds it does more than vary activities.
Wiliam (2011) argues teachers must respond and make informed choices. Vygotsky (1978) explains scaffolding helps learners access the curriculum. Tomlinson (2001) found questioning guides teaching and supports learner needs.
Simple tasks limit learners and reinforce stereotypes, which stops progress. Challenge fixed mindsets to help growth (Dweck, 2006). Adaptive teaching recognises differences and builds safe classrooms (Tomlinson, 2001; Rose & Meyer, 2002). Abilities can improve with effort, research shows (Blackwell et al., 2007).
Adaptive teaching works better for diverse learners than differentiation. Christodoulou (2017) and Sharples et al. (2015) show it uses responsive instruction. For more on this topic, see Responsive teaching. Black & Wiliam (1998) and Hattie (2012) found it helps every learner.
Differentiation isn't just lowering standards. It also avoids splitting classes (Boaler, 2008). Teachers should think about each learner's needs, (Tomlinson, 2001; Black & Wiliam, 1998).
Dweck (2006) stated teachers can support growth mindset in class. Tomlinson (2001) and Christodoulou (2017) think adaptive teaching helps learners. Boaler (2015) and Hattie (2012) showed fixed ideas slow learners down.
12 adaptive teaching strategies with examples
- Pre-teach vocabulary: before a Year 6 science lesson on evaporation, a TA spends ten minutes with five learners on "condense", "vapour" and "cycle" so they meet the words as friends, not strangers.
- Live modelling then release: a KS3 history teacher writes the first PEE paragraph on the visualiser, thinking aloud, then learners write the second while she circulates.
- Mini whiteboards to check: every learner shows an answer to "which is bigger, 0.7 or 0.65?"; the teacher re-teaches place value only if more than five boards are wrong.
- Flexible grouping by today's need: a Year 3 teacher pulls six learners who misread a clock in the starter, not the six on last term's list.
- Scaffold then fade a writing frame: a GCSE English frame with four sentence starters becomes two the next week and none by the mock.
- Worked example pairs: a Year 9 maths class studies one solved equation, then attempts its twin with the same structure and new numbers.
- Question stems by cognitive level: the teacher asks "what happened?" of the whole class, then "why did the author choose that?" of a named learner ready for it.
- Choice of representation (concrete, pictorial, abstract): in Year 2 subtraction, cubes sit on every desk; some learners use them, some draw, some go straight to digits.
- Targeted TA deployment: the TA works with the group who need it for this task, then moves on, rather than sitting with the same learners all lesson.
- Re-teach a small group while others practise: a Year 5 teacher gathers seven learners on the carpet for four minutes on column addition carrying while the class completes a practice set.
- Extension by depth not volume: learners who finish early are asked "find a case where this rule fails", not given ten more of the same.
- Adjust pace from exit tickets: a KS4 chemistry exit ticket shows half the class cannot balance an equation, so tomorrow's starter changes tonight.
Black and Wiliam (1998) showed formative assessment reveals learner progress. Teachers quickly see where learners are. Christodoulou (2017) and Wiliam (2011) state responsive teaching helps learners succeed. Each one keeps the same objective for the whole class and changes only the support, so none of them needs a second worksheet.
Exit tickets and mini-whiteboards give a fast check on what learners have grasped. Teachers can then change the lesson while it is still running (Black & Wiliam, 1998; Wiliam, 2011). Teaching key words before the lesson also builds confidence, most of all for learners who find the work hard.
TAs are key for adaptive teaching. TAs use data to support learners (Black & Wiliam, 1998). They help top learners as teachers fix errors (Christodoulou, 2017). TAs also give targeted support (Didau & Rose, 2016).
Flexible groups support adaptive teaching. They differ from fixed ability groups, because they change each day based on the learning goal and what learners need.
This stops learners from settling into fixed mindsets, according to Dweck (2006). It also lets every learner meet both challenge and support, says Tomlinson (2001).
EEF research supports using tech to track learner progress and personalise learning. Technology should assist your teaching, not replace it. Evidence from Hattie (2009) must inform choices.
Adapt the teaching, not the task
Same objective for everyone. Pick the demand that will stop some learners, and get the moves that lower it, plus the plan for taking them away again.
Name the objective and the demand, then see the moves.
The trap
The test of an adaptation is whether you can take it away. A scaffold that stays for ever has become a different curriculum, which is the thing adaptive teaching was meant to replace.
Planning the same lesson three ways is where the evening goes. The Structural Learning app builds the scaffolded versions for your topic and year group. Try it on a free account, no card needed.
Practice table · Build It · Adaptive teaching
What it looks like in practice
Nine routines teachers described on social media. The evidence column is a fetched page, not the post. This page already names mini whiteboards, TAs and flexible groups; these rows add the live scan-then-reteach loop, the rename that still ships three tasks, and the US same-task-plus-scaffold rooms.
| Routine, as teachers describe it | What you would notice | What the evidence says |
|---|---|---|
| Boards up, then change the explanation Scan mini whiteboards. When the class has not got it, change the explanation in the same lesson, not after the period. |
Boards held up. A second explanation in different words. The first plan is abandoned in public. | Ofsted’s 2019 research overview: adapting teaching in a responsive way, for example by providing focused support to those not making progress, is likely to improve outcomes. That is the inspectorate’s 2019 line, not a trial of this teacher’s boards. From 10 November 2025 the school inspection toolkit grades inclusion as its own area, so date the 2019 paper when you quote it. |
| Gaps on the board, do not move on Treat a wrong or empty mini-whiteboard as a stop, not a note to self. Reteach before new content.
|
The lesson pauses. The next slide does not appear. The class hears the idea again. | EEF five-a-day: explicit instruction uses questioning to check who is ready for independence. Gary Aubin’s five-a-day blog names a temporary flexible group to reteach, clarify vocabulary or address a misconception. This post is one teacher’s stop rule, not a trial. |
| One shared task, then scaffold Keep one task. Add prompts and adjust the challenge so most of the class can start it. Do not write a second worksheet for a second group. |
One task on the board. Extra support on some desks. Questioning that tightens or stretches in the room. | EEF five-a-day on scaffolding: temporary verbal, visual or written support, removed when it is no longer required. Eaton’s EEF guest blog, 19 Oct 2022, quoting NASEN: providing three levels of task with different worksheets would not be appropriate. The EEF’s ECF evidence blog says the same: not separate tasks or alternative content. ITTECF training from September 2025 adds more adaptive-teaching content; the 2021 wording is what Eaton cited. |
| A continuum of questions, not a ceiling In primary maths, give everyone questions that start scaffolded and grow in complexity. Do not reserve reasoning for one group.
|
One sequence on the page. Early items have more structure. Later items drop it. Nobody is handed a permanently easier sheet. | Ofsted 2019 distinguishes responsive adaptation from distinct tasks and lower expectations. EEF scaffolding is a fade, not a second curriculum. This is one teacher’s rule of thumb, not a trial of a named scheme. |
| Adaptive teaching, still three tasks The school CPD slide now says adaptive teaching. The lesson still offers three versions of the work. |
New label, old three piles. The teacher names this as an Ofsted chase, not a change in the room. | Eaton (EEF, 19 Oct 2022, fetched) already warned that proving differentiation with extra worksheets is the trap the rename was meant to leave. Ofsted 2019 said in-class differentiated activities and resources have generally not been shown to have much impact. A rename is not a trial. |
| Same writing task, different scaffolds US, grade 3. Data-based groups, one writing task, scaffolds that match the group, two adults circulating. |
Shared books, not three prompts. Co-teaching. The photograph from the walkthrough is not republished here. | EEF five-a-day on flexible grouping: form a group for a shared need, then disband it. CAST (Hall, Vue, Strangman and Meyer, page fetched 5 Dec 2024, 2014 update) treats UDL and differentiated instruction as overlapping, not replacements. |
| Exit tickets as an admin show objection US, grade 4. Mini whiteboards in the lesson. Exit tickets filled because leadership wants them, then ignored when planning tomorrow.
|
Boards used live. A slip in a folder that does not change the next hour. The teacher says so. | The objection is the finding. EEF, 7 Jan 2026, on adaptive teaching in practice: gather evidence from the whole class, then adapt support or extend. An exit ticket that never changes tomorrow is display, not that loop. A second US teacher in the same window sorts the next day into reteach, review and explore; the replies disagree about whether the slip is useful. |
| Reteach, review, explore US. Sort yesterday’s exit tickets into three groups for the next day: reteach, review, explore.
|
Tomorrow’s seating or carousel changes. The same check is not filed and forgotten. | EEF flexible grouping and Aubin: a temporary group to reteach, then gone. One teacher “playing around” with the split. Not a trial, and not the UK phrase adaptive teaching. |
| Watering up, not watering down US staff PD. Teachers read classroom scenarios and judge whether the scaffold waters the task up or waters it down. |
A staff slide, not a learner sheet. The photographed slide is not republished. | EEF inclusive-teaching page on adaptations: oversimplifying tasks in ways that reduce thinking can hinder learning, and you must monitor impact rather than assume a gain. Watering down is that risk. Not a trial of this PD. |
Overcoming Common Challenges in Adaptive Teaching
Adaptive teaching is hard to do, (Park & Oliver, 2009). Teachers say time is a barrier. Changing lessons for each learner feels difficult. The barriers are practical, not conceptual: time, thirty different needs, and the worry that support will look like a lower set.
Teachers can use assessment data to target instruction (Black & Wiliam, 1998). School strategies ensure consistent data use, says Earl (2003). Learners grasp assessment better with uniform methods (Chappuis et al., 2012). This makes data gathering faster and more reliable.
Managing different support levels in class can be tricky. Learners notice varied help, which affects how they feel. Normalise varied support by saying everyone learns uniquely (Tomlinson, 2001). Teachers should stress that seeking help shows good learning habits (Dweck, 2006).
Teachers get better through training and by planning together. Data on learners shows where extra support is needed and shapes the strategies staff share. Groups of teachers who learn together, often called professional learning communities, help teaching adapt to what learners need (Grossman et al., 2001; Timperley, 2011; Stoll et al., 2006).
Objections: is it differentiation with a new name?
The fair objection first. The tools are the same ones teachers used under differentiation: grouping, scaffolds, questioning, TAs. The classrooms are the same. A cynic can be forgiven for reading the rebrand as a policy fashion, and plenty of staffrooms have.
The real difference is where the decision sits. Differentiation, as it came to be practised, meant three pre-planned worksheets and three fixed groups, which quietly lowered the ceiling for the bottom group. Adaptive teaching keeps one objective and adapts in the moment from evidence in the lesson. Christodoulou (2017) makes the sharper point: sorting learners by prior attainment into different tasks is a prediction, and predictions about children are often wrong.
This creates a real problem in practice. A class of 32 has 32 gaps, and a teacher cannot hold 32 adjustments in working memory while also teaching. Fletcher-Wood and Zuccollo (2021) are frank that teacher cognitive load limits what responsive practice can do in real time. That is why the strategies above lean on cheap whole-class checks rather than tracking each learner.
Treat the effect-size evidence with the same care. Flexible grouping's often-quoted d=0.19 lumps together very different interventions. Simpson (2017) shows how combining standardised effect sizes across unlike studies hides more than it reveals. The honest claim is narrower: check, adjust, keep the bar, and expect the gains to come from the checking, not the label.
Putting it into practice · Build It · Adaptive teaching
The questions teachers raise
Use the questions and evidence below to adapt access while keeping the same ambitious learning goal.
Question
“I actually think "adaptive teaching" is a worse term than "differentiation"”
What the replies and the evidence say. Replies on the same thread keep asking for the move, not the umbrella. One says scaffold one task instead of several (@slbsamantha). Another says the term now covers too many policies, and that SEND adaptation is not the same as a live reteach (@Sci_Hypothesis). Eaton’s EEF guest blog still uses the new term; Ofsted’s 2019 research overview is what slammed in-class differentiated activities. The label fight is the finding.
Question
“Focus has now become adaptive teaching (but still three tasks)”
What the replies and the evidence say. The same teacher later says some people still treat the two words as the same thing (@Sci_Hypothesis). Eaton quoting NASEN: three levels of task with different worksheets would not be appropriate. If the piles are still on the desk, the rename has not happened. Score the tasks, not the slide.
Question
“Most of our classes at KS3 are 31/32. It is very hard work, even with good behaviour.”
What the replies and the evidence say. The same post lists “the marking, the adaptive teaching, the setting and checking Hmk”. A sarcastic reply to Adam Boxer treats the official line that adaptive teaching does not “excessively” increase workload as a joke (@planebottle). EEF scaffolding is meant to be a verbal reteach or a whole-class visual, not a second planning layer. Design for 32. Do not add a second plan in the app.
Question
“The head of the school observed me and said I showed brilliant adaptive teaching. I had no idea what he meant, to me it was just teaching?”
What the replies and the evidence say. The same post names the move: the class did not get something on mini whiteboards, so the explanation changed. Vic Goddard’s three-word reply in a later thread is “It’s just teaching” (@vicgoddard). Ofsted 2019 already described that reteach. If an observation tool scores the buzzword, it will miss the boards. No observation feedback form that names adaptive teaching was found in the posts we read.
Question
“I tried so hard to differentiate in my 3rd grade classroom but it was teaching, planning, and prepping 5 classes of small groups per subject - impossible.”
What the replies and the evidence say. A second US teacher in the window says you cannot differentiate to 30 kids (@MarvelTeacher2). Eaton already named extra worksheets as the workload trap. The US live scene that was photographed was one shared task plus scaffolds, not five parallel lessons. Offer one core task and a fade rule; do not promise five plans.
Question
“Scaffolding and differentiation are just eduspeak for do the work for the student, dumb down the content, and "pass them along"”
What the replies and the evidence say. Teachers split on whether scaffolding preserves challenge when it is faded or simply does the work for learners. One reply says I do, we do, you do is scaffolding done right (@ACT2CAM). Another reply asks what you then do with a 5th grader who cannot read (@teachthemx3). EEF scaffolding is temporary support that is removed. EEF’s adaptations page warns that oversimplifying can hinder learning. If the support never comes off, teachers will call it pass-along. Name the years-behind case as intervention, not a worksheet tweak.
A teacher saying they dropped three worksheets for one scaffolded task was not found. Adaptive teaching means no planning, in teachers’ own words, was not found.
Adaptive Teaching in the Ofsted Framework
Ofsted (2019, updated 2024) values adaptive teaching. Inspectors look at how teachers adapt when they judge the quality of education. The framework says lessons should build on what learners already know. It also asks teachers to explain things clearly and check that learners have understood.
Adaptive teaching means adjusting lessons as you go (ECF Standard 5). New teachers should adapt lessons for all learners while keeping expectations high. ECF guidance suggests small responsive changes, not whole new plans.
Teachers can vary their questions, give extra support, adjust the pace, and use formative assessment. This shows where learners are stuck and whether they are ready for harder tasks.
Ofsted wants you to tackle misconceptions (Christodoulou, 2017). Question learners to check their understanding (Wiliam, 2011). Use clear resources and instructions to help working memory (Sweller, 1988). Support learners with SEND in accessing the curriculum (Rose, 2009).
Adaptive Teaching for Learners with SEND
The SEND Code of Practice (2015) asks schools to provide good, tailored teaching. This is the first support for all learners with needs. Adaptive teaching puts this into action. It is also the classroom end of inclusive education: the same room, the same goal, different routes in. Teachers should change their practice to remove barriers before interventions, as per the Code.
Adaptive teaching meets each SEND learner's needs, based on their profile. Learners with ADHD benefit from breaks, clear instructions, and regular checks. Autistic learners thrive with timetables, transition warnings, and explicit task guides. Learners facing language issues need vocabulary help, visuals, and extra time (Gibbons, 2002; EEF, 2021).
The critical principle is: adaptive teaching for SEND maintains the same learning objectives for all learners. The teacher adapts the route, not the destination. A learner working on fractions receives concrete manipulatives and a writing frame, but they are still working on fractions at the same conceptual level as their peers. This is what the graduated approach looks like at the classroom level: assess what the learner needs, plan the adaptation, implement it during teaching, and review whether it worked.
Phase bands · Build It · Adaptive teaching
Same routine, five classrooms
What adaptive teaching looks like when a post names the year, grade or phase. A band is filled only from those posts. UK cells stay UK. US band names and US-only variants sit in the last column, labelled US, never mixed into a UK cell.
US names beside the UK ones: Reception and KS1 = K to 2; KS2 = grades 3 to 5; KS3 = grades 6 to 8; KS4 = grades 9 to 12.
| Phase | What the teacher does | What you would notice | The trap at that age |
|---|---|---|---|
| Reception and KS1 ages 4 to 7 US: K to 2 |
Drawn from US kindergarten posts. | A shape-sort graphic organiser at small-group stations, and a kidney-table phonics group. Photographs stay on social media. | Copying a secondary mini-whiteboard reteach into Reception and calling it the same routine. |
| KS2 ages 7 to 11 US: grades 3 to 5 |
A Year 6 lead shares an EEF grid with staff and names the move as small, almost invisible tweaks, not a second curriculum.
|
A leadership post, not a photographed Year 6 lesson. The linked image is an EEF grid, not republished. | Treating the grid as the lesson. The post is a reminder to leaders, not a walkthrough of a Year 6 hour. |
| KS3 ages 11 to 14 US: grades 6 to 8 |
Teach classes of 31 and 32, and count adaptive teaching among the energy costs with marking and homework checks. A second post names Year 7 as the place where mixed-ability adaptive teaching is ordinary, including in sets.
|
A full KS3 list, not a seminar. Year 7 named. No seating plan, no photographed task. | Selling the label as if it were light work. The KS3 teacher names the energy. |
| KS4 ages 14 to 16 US: grades 9 to 12 |
Drawn from a US Algebra 2 room. | One room from fifth-grade arithmetic to precalculus. No UK GCSE classroom describes the scan-then-reteach loop at this age. | Pasting the KS3 32-in-a-room story onto Year 11 without a named post. |
Adaptive Teaching Across Subjects
Adapt reading materials by how complex they are, not by topic. All learners explore the same theme or author. You can add vocabulary work, audio, or reading guides to support them (Gibbons, 2002).
Writing tasks use shared criteria. You can then offer sentence starters, writing frames, or independent work, depending on what each learner needs (Vygotsky, 1978; Wood, Bruner & Ross, 1976).
Maths problems should have varied starting points. Learners can use objects, pictures, or sums based on their level. Adapt retrieval practice (Brown et al., 2014) at the lesson start. Keep the maths topic the same, but change question difficulty (Bjork & Bjork, 1992).
Practical science makes adapting lessons easy. All learners explore the same question, but you can change how much support each one gets. Adjust how they record, which variables they handle, and how deep the analysis goes.
Dual coding (Paivio, 1971) helps learners who struggle with writing. It does not water down their science thinking.
Humanities: Source analysis in history can be adapted through the number and complexity of sources provided, the level of questioning scaffolding (from "What does this source tell us?" through to "How far does this source support the interpretation that...?"), and the use of graphic organisers to structure extended responses.
From their board · Build It · Adaptive teaching
From their board to your printer
The original stays on social media. The useful bit is lifted into our type, in their words, so a teacher can print it and pin it.
All pupils complete the same task. The level of support is offered to help all pupils achieve success.
@@PearceMrs, 2025-03-03
The useful bit is the same-task line and the three adaptive moves on the slide.
Pin under the board
Same task, different support
All pupils complete the same task. The level of support is offered to help all pupils achieve success.
- Adaptive explanations
- Adaptive modelling
- Adaptive feedback
Will you see every single one of these strategies in my classroom every single period?? Absolutely not!
@@FionaLeadbeater, 2025-03-05
The useful bit is the line PITCH HIGH SCAFFOLD UP.
Pin under the board
Pitch high, scaffold up
PITCH HIGH SCAFFOLD UP
Will you see every single one of these strategies in my classroom every single period?? Absolutely not!
Strategic Scaffolds: Teachers are collaborating and reading scenarios to determine if the examples are watered down or a watered up scaffold.
@@JGarnerEdD, 2026-08-26
The useful bit is the decision: watering up or watering down.
Pin under the board
Step 2. Decide
Watering up
Watering down
Is this watering up or watering down?
X hosts the original photograph.
Rosenshine's Principles and Adaptive Teaching
Rosenshine's Principles (Rosenshine, 2012) help teachers change their lessons. Research backs up these principles and flexible teaching. Learners gain knowledge when teachers use them well. The principles give adaptive teaching its lesson shape: review, small steps, questions, scaffolds and monitored practice, each adjusted to what the class shows you.
- Begin with review: Retrieval practice at the start of each lesson reveals who has retained previous learning and who needs re-teaching. This is assessment-informed adaptation in its simplest form.
- Present new material in small steps: Breaking content into manageable chunks with checks for understanding between each chunk allows you to pace instruction to the class rather than covering material regardless of comprehension.
- Ask questions: Strategic questioning that targets different cognitive levels (from recall to application to analysis) allows you to assess and stretch the full ability range within a single discussion.
- Provide scaffolds: Temporary supports (writing frames, worked examples, visual aids) that are gradually removed as competence develops are the essence of adaptive teaching.
- Monitor practice: Circulating during independent work and checking books in real time allows you to provide targeted feedback and adjust support before misconceptions become embedded.
Rosenshine (2012) showed how clear, responsive teaching links to adaptive teaching. Learners who take an active part in focused practice learn more than those who sit back. Rosenshine (2012) also noted that spaced practice and feedback help learners. So does knowing how you think and learn, known as metacognitive awareness.
Find Evidence-Based Strategies for Closing the Gap
Focus your work to boost your impact in the classroom. Teachers can explore strategies for fuller learner understanding. Use active ways to meet the different needs of each learner. Try fresh methods for learners who struggle (Hattie, 2009).
References
Black, P. (1998). Inside the black box.
Hattie, J. (2009). Visible learning.
Rosenshine, B. (2012). Principles of instruction.
Boaler, J. (2008). Promoting 'relational equity' and high mathematics achievement through an innovative mixed-ability approach. British Educational Research Journal, 34(2), 167-194.
Further Reading: Key Research Papers
Tomlinson (2001) and Christodoulou (2017) say research backs adaptive teaching. Black & Wiliam (1998) and Hattie (2009) found learners do well with evidence based lessons.
How to Differentiate Instruction in Mixed-Ability Classrooms
1,802 citations
C. Tomlinson (1995)
Researchers Tomlinson (2014) and McTighe & Brown (2011) promote responsive teaching. They argue it better meets diverse learner needs than standard differentiation. Good teaching considers each learner, according to Rose & Meyer (2002) and CAST (2018). Research by Connor et al. (2009) and Dweck (2006) supports this approach, published in Educational Leadership, 58(1), 6-11.
Classroom assessment and pedagogy
506 citations
P. Black and D. Wiliam (2018)
, 25(6), 551-575. important reading on formative assessment practices that underpin effective adaptive teaching.
Mind in society: the development of higher psychological processes
L. S. Vygotskiĭ and M. Cole (1978)
. Foundational theory on the zone of proximal development that informs adaptive teaching strategies.
Visible Learning: Feedback
81 citations
J. Hattie and Shirley Clarke (2018)
. Comprehensive analysis of feedback mechanisms that support adaptive teaching practices and student progress.
Mindset: The New Psychology of Success
6,082 citations
C. Dweck (2006)
Dweck's (2006) growth mindset can help learners. Adaptive teaching connects well with this, (Tomlinson, 2001). Learners' expectations also affect mindset (Yeager & Dweck, 2012).
Rosenshine (2012) said direct instruction aids learners. Vygotsky (1978) found scaffolding helps learners grasp concepts. Bloom (1956) proposed questions check what learners understand. Bandura (1977) showed modelling gives learners strategies. Ebbinghaus (1885) noted practice boosts learner skills.
B. Rosenshine (2012)
. Provides evidence-based teaching strategies that support adaptive instruction and responsive classroom practices.
Research shows individualised planning enhances learning for learners with special needs (Vaughn & Fuchs, 2003). Teachers can use these strategies to boost learner progress. Focus on specific needs and adjust teaching accordingly (Brownell et al., 2006). Consider research from researchers like Deno (2003) and Fletcher (2008) for more information.
Tomlinson (2014)
Differentiated and adaptive teaching approaches have a strong evidence base, with Tomlinson (2014) and broader meta-analytic work outlining how varying content, process, and product can improve learner outcomes when paired with formative assessment (EEF, 2021).
Limitations and Critiques
Any article on Adaptive Teaching Strategies: Examples by Subject and Need should separate classroom guidance from clinical, legal or policy decisions. Teacher observations are valuable, but they can be shaped by task design, school context, relative age, masking and co-occurring needs. A checklist, strategy or theory should not be treated as proof on its own.
Current research also leaves some gaps. The first is high mental demand. Watching, diagnosing and responding to 30 or more learners at once can overload a teacher's thinking.
The second is a risk of lower expectations. Without careful planning, quick changes in the moment can slide into making content too simple. That can cut learners off from parts of the curriculum and teach them to give up.
Teachers should name these limits openly and record what they can see. When a decision goes beyond classroom practice, bring in the right specialist.
Frequently Asked Questions
Adaptive teaching works in large classes by focusing instruction for everyone. Teachers use formative assessment to spot misconceptions, (Black & Wiliam, 1998). They then adjust teaching. Teaching assistants provide targeted help based on learner needs.
Teachers need training in adaptive teaching. This builds assessment, questioning, and data skills. Learners need practical classroom ideas, not just theory. Joint planning and peer observation boost teacher confidence (Black & Wiliam, 1998; Christodoulou, 2017).
Parents grasp adaptive teaching with clear communication. We explain that each learner gets individual support. The school helps all learners fully access the curriculum. Progress data then shapes the support and the challenge each learner gets.
Bennett (2011) saw maths teachers use questions to spot learner mistakes. English teachers adapt reading using learner answers. Formative assessment shapes how you teach.
