Making Learning Accessible and Meaningful for All Students Using the 5 Pillars of Inclusive Teaching

Welcome to teacher training, one of the most rewarding professions where you have the power to unlock every child’s potential. This guide will help you create classrooms where neurodivergent and neurotypical students alike can thrive. Rather than seeing differences as deficits, we’ll explore how to design teaching that works for all minds from the start.

Every classroom contains a beautiful diversity of thinking styles, processing speeds, attention patterns, and learning preferences. When we teach in ways that support this natural variation, all students benefit, not just those who struggle with traditional approaches. You are likely to have weekly observations as an ITT in the UK. These will usually be with your mentor but also likely to be other members of SLT as well. There is always a risk that you will have feedback on so many areas, ideas, suggestions and likely opinions. We have written this to provide a concrete guide to keep the core pedagogical approaches in mind and as a reference guide if you are questioned and have to justify a chosen approach. This is relevant for ITT apprenticeships and PGCE courses.

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Understanding Neurodiversity in Your Classroom

What You’ll See: The Reality of Diverse Learners

In your classroom, you’ll encounter and be expected to adapt your teaching to students who:

• Need to see, touch, or experience concepts before understanding them
• Process information at different speeds
• Have exceptional abilities in some areas whilst finding others challenging
• Learn better when you use movement, rhythm, or pattern
• Require extra time to process language or instructions
• Think in pictures rather than words
• Need predictable routines and clear structure
• Have intense interests that can become learning bridges

Key Principle: These aren’t problems to fix, they’re different ways of experiencing and understanding the world that require different teaching approaches that you will be expected to use in observations.

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The Five Pillars of Inclusive Teaching for ECT’s and ITT’s

Pillar 1: Make Learning Concrete and Vivid

Moving beyond abstract concepts to real understanding

The Challenge: Many students, particularly those with autism, ADHD, dyslexia, or language processing differences, struggle when learning remains abstract and disconnected from their lived experience.

The Solution: Rich, multi-sensory context setting that makes learning tangible.

Concrete Teaching Strategies:

🎬 Scene Setting Before Every Lesson

• Visual Anchors: Start with photographs, videos, anchor charts, or real objects related to your topic
• Story Contexts: Embed learning in narratives that students can follow and remember
• Real-World Connections: Show exactly how this learning applies in students’ lives
• Sensory Experiences: Let students touch, manipulate, or interact with concepts physically

Example in Practice: Instead of starting a fractions lesson with abstract symbols on a whiteboard:

• Bring in real pizzas, cakes, or chocolate bars to cut and share
• Show a video of a chef dividing ingredients
• Tell the story of children sharing sweets fairly
• Let students physically fold paper circles into halves and quarters
• Connect to their experience: “Remember when we had to share the playground equipment fairly?”

🧠 For Neurodivergent Learners:

• Autistic students often need concrete examples before understanding abstract concepts
• Students with ADHD engage better with hands-on, interactive introductions
• Dyslexic learners benefit from visual and tactile representations alongside text
• Students with language processing differences need multiple sensory pathways to access information

Making Subject Content Concrete:

Mathematics:

• Use manipulatives for every new concept, not just in early years
• Create real-world problem contexts students can visualise
• Use number lines, hundred squares, and visual models consistently
• Connect abstract operations to physical actions

English:

• Act out scenes from texts before analysing them
• Use props, costumes, and role-play to explore character motivation
• Create physical story maps and timeline displays
• Use real examples of text types from students’ lives

Science:

• Begin every topic with hands-on investigation or demonstration
• Use everyday objects to model complex concepts
• Take learning outdoors whenever possible
• Connect scientific principles to students’ observations and questions

History:

• Use artefacts, replicas, and museum boxes
• Role-play historical events and decisions
• Create timelines students can walk along
• Compare historical situations to modern equivalents students understand

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Pillar 2: Model Until Everyone Succeeds

Ensuring every student can access the learning

The Challenge: Traditional teaching often moves on after a single demonstration, leaving many students unclear about expectations.

The Solution: Comprehensive modelling that includes checking, reteaching, and scaffolding until every student can participate.

The Complete Modelling Process:

📝 Initial Modelling

1. Think Aloud: Verbalise your thought process as you demonstrate
2. Multiple Examples: Show the process with 2-3 different examples
3. Highlight Key Features: Point out what makes a good response
4. Use Visual Supports: Write key steps or criteria where everyone can see them

🔍 Universal Checking

• Show-Me Boards: Every student demonstrates understanding simultaneously
• Thumbs Up/Down: Quick confidence checks after each step
• Partner Explanations: Students explain the process to each other
• Mini Whiteboards: Individual responses you can scan quickly

🔄 Responsive Reteaching When checks reveal gaps:

• Reteach Differently: Use alternative explanations, examples, or approaches
• Scaffold Gradually: Break complex skills into smaller, manageable steps
• Provide Additional Models: Show more examples focusing on areas of confusion
• Use Peer Support: Pair confident students with those needing extra help

Example in Practice: Teaching paragraph writing:

Initial Modelling:

• Write a paragraph live, thinking aloud about topic sentences, evidence, and conclusions
• Use different coloured pens for different paragraph elements
• Show examples of good and weak paragraphs for comparison

Checking Understanding:

• Students use show-me boards to identify topic sentences in sample paragraphs
• Thumbs up/down: “Are you confident you could write a topic sentence now?”
• Pairs discuss what makes a strong concluding sentence

Responsive Teaching:

• If checks show confusion about topic sentences: provide more examples, create a class success criteria list, practice identifying them in familiar texts
• If students struggle with conclusions: model different conclusion starters, give sentence frames, practice converting topic sentences into conclusions

🧠 Neurodiversity Considerations:

• Processing Speed: Allow extra wait time after modelling
• Working Memory: Keep key steps visible throughout the lesson
• Attention Differences: Use movement, colour, and variety to maintain engagement during extended modelling
• Perfectionism: Emphasise that learning is a process and mistakes are valuable

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Pillar 3: Ensure Every Voice is Heard

Moving beyond the few to include all learners

The Challenge: Traditional teaching often relies on a few confident students to represent the whole class, leaving many learners invisible.

The Solution: Structured systems that require every student to think, practice, and demonstrate understanding.

Universal Participation Strategies:

📋 Show-Me Boards/Mini Whiteboards

• Every student writes/draws their response
• You can scan all responses in seconds
• Reveals the full range of understanding
• No hiding or opting out possible

💬 Structured Pair Talk

• Think-Pair-Share: Individual thinking time, partner discussion, whole class sharing
• Specific Talk Stems: “I think… because…” “My evidence is…” “I agree/disagree because…”
• Assigned Roles: Person A explains first, Person B asks a question, then switch
• Time Limits: Clear start and stop signals to maintain focus

🚶‍♂️ Full Circulation Checking

• Move systematically around every student/pair during independent work
• Use a class list to ensure you check everyone
• Provide immediate feedback and support
• Gather formative assessment data about the whole class

🎯 Random Sampling

• Use name sticks, digital randomisers, or class lists to call on students
• “No hands up” policy for key questions ensures everyone stays engaged
• Give thinking time before naming who will respond
• Follow up: “Who can add to what James said?” rather than moving on

Example in Practice: Teaching comprehension of a poem:

Traditional Approach (Problematic):

• Teacher reads poem aloud
• Asks “What do you think this means?”
• Three confident students raise hands and respond
• Teacher assumes class understands and moves on
• Many students never engage with the content

Inclusive Approach:

• Teacher reads poem aloud with visual supports
• Students have individual thinking time with specific questions
• Pair talk: “Share one image from the poem with your partner and explain what you think it means”
• Show-me boards: “Draw or write one word that captures the poem’s mood”
• Teacher circulates, listening to all conversations
• Random sampling: “Ahmed, what did your partner say about the imagery?”
• Build on responses: “Who had a similar idea to Ahmed’s?”

🧠 Supporting Neurodivergent Learners:

• Social Anxiety: Pair talk feels safer than whole-class sharing
• Processing Differences: Thinking time allows students to formulate responses
• Attention Variations: Everyone stays engaged when they know they might be called on
• Communication Differences: Multiple ways to demonstrate understanding (drawing, writing, speaking)

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Pillar 4: Build Understanding Before Testing It

Ensuring retrieval practice reveals learning, not gaps in teaching

The Challenge: Retrieval practice often becomes testing of material students haven’t yet mastered, leading to repeated failure and demotivation.

The Solution: Design retrieval practice for high success rates that genuinely strengthen neural pathways.

Principles of Effective Retrieval Practice:

✅ High Success Rate Design

• Students should get 80-90% of retrieval practice correct
• If success rates are lower, more teaching is needed, not more testing
• Wrong answers indicate teaching opportunities, not student failure

🔍 Diagnostic Purpose

• Use retrieval practice to identify specific gaps in understanding
• Follow up wrong answers with immediate reteaching
• Adjust future lessons based on retrieval practice results

📈 Progressive Difficulty

• Start with easier recalls to build confidence
• Gradually increase complexity as understanding solidifies
• Return to easier versions if success rates drop

Retrieval Practice That Works:

🎯 Low-Stakes Testing

• No grades attached—purely for learning
• Immediate feedback and discussion of answers
• Celebrate learning from mistakes

⏰ Distributed Practice

• Space retrieval over time rather than cramming
• Revisit key concepts regularly in short bursts
• Connect new learning to previously mastered content

🔄 Multiple Formats

• Verbal, written, visual, and kinaesthetic retrieval
• Individual, pair, and whole-class formats
• Quick-fire rounds and extended explanations

Example in Practice: History retrieval practice on Tudor monarchs:

Ineffective Approach:

• Surprise quiz on detailed Tudor chronology after one lesson
• Students score 40-50% correct
• Mark answers right/wrong and move on
• Students develop learned helplessness about history

Effective Approach:

• Begin with simple recalls: “Who was the first Tudor monarch?” (taught yesterday)
• Use images to prompt memory: Show portrait, students name the monarch
• Pair talk: “Tell your partner one thing you remember about Henry VIII”
• Build complexity gradually: “Explain to your partner why Henry VIII broke with Rome”
• Address wrong answers immediately: “Several people said Henry VIII had eight wives—let’s revisit that learning”
• Follow up: Quick reteaching session on common misconceptions

🧠 Neurodiversity Considerations:

• Memory Differences: Provide multiple retrieval pathways (verbal, visual, written)
• Anxiety: Keep stakes low and celebrate effort as much as accuracy
• Processing Speed: Allow varied response times and formats
• Working Memory: Support retrieval with visual aids and prompts when needed

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Pillar 5: Rehearse Until It’s Secure

From single responses to deep, fluent understanding

The Challenge: Teachers often accept first adequate answers and move on, missing opportunities to deepen understanding for all students.

The Solution: Extensive rehearsal and repetition that builds fluency and confidence across the class.

Creating Deep Practice Opportunities:

🔄 Multiple Attempts, Multiple Students

• Never accept the first answer as final
• Ask several students to attempt the same question
• Build on and improve initial responses
• Create a culture where refining thinking is valued

👥 Universal Practice

• If one student can do it, ensure everyone can
• Use pair talk so every student practices, not just those called upon
• Sample multiple responses, not just one
• Celebrate incremental improvements

📊 Quality Development

• “Can you improve that answer?”
• “Who can add more detail?”
• “Does everyone agree? Why/why not?”
• “Can you give me an example of that?”

The Rehearsal Process:

Step 1: Initial Response

• Student gives first attempt at answer
• Acknowledge positively: “Good start, thank you”

Step 2: Improvement Invitation

• “Can you add more detail to that?”
• “What evidence supports your idea?”
• “Can you improve the accuracy of that explanation?”

Step 3: Peer Building

• “Who can build on what Sarah said?”
• “Does anyone have a different perspective?”
• “Can anyone provide an example of Sarah’s point?”

Step 4: Universal Check

• “Everyone turn to your partner and explain this concept using Sarah’s ideas”
• “Show me on your whiteboards that you understand this point”
• Circulation to check all students can now demonstrate the learning

Example in Practice: Mathematics: Solving word problems

Traditional Approach:

• Present word problem
• One student shares method
• Teacher says “Well done” and moves to next problem
• Most students haven’t practiced or demonstrated understanding

Rehearsal Approach:

• Present word problem with think time
• Student A shares initial method
• “Can you explain why you chose that operation, Ahmed?”
• “Does everyone understand Ahmed’s reasoning? Turn to your partner and explain his method”
• “Sarah, can you think of a different way to solve this?”
• “Everyone try both Ahmed’s method and Sarah’s method on your whiteboards”
• “Which method feels clearer to you and why?”
• Teacher circulates, checking every student can solve similar problems

🧠 Supporting All Learners Through Rehearsal:

• Confidence Building: Multiple attempts reduce performance anxiety
• Memory Consolidation: Repetition strengthens neural pathways
• Metacognition: Students reflect on and improve their thinking
• Inclusion: Ensures no student is left behind while others move forward

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Practical Implementation Strategies

Daily Teaching Routines

Lesson Opening (5-10 minutes)

Concrete Context Setting:

• Visual preview of the lesson
• Real-world connection or story
• Hands-on starter activity
• Clear learning intentions in student-friendly language

Main Teaching (15-20 minutes)

Modelling and Checking Cycle:

• Demonstrate with think-aloud
• Check understanding with show-me boards
• Reteach if needed
• Guided practice with full participation
• Independent practice with circulation

Lesson Closing (5 minutes)

Universal Assessment:

• Exit tickets for every student
• Pair explanations of key learning
• Quick retrieval practice
• Preview of next lesson’s connections

Assessment for Learning

Moment-by-Moment Assessment

• Scanning Responses: Quick visual checks of all student work
• Listening In: Systematic eavesdropping on pair talk
• Questioning Techniques: Probing questions that reveal depth of understanding
• Response Analysis: Looking for patterns in wrong answers to guide reteaching

Responsive Teaching Moves

• Same Day Intervention: Immediate reteaching for students who need it
• Differentiated Practice: Varied tasks based on assessment information
• Peer Support Systems: Strategic pairing based on complementary strengths
• Extended Learning: Enrichment for students ready for challenge

Classroom Environment

Physical Space

• Flexible Seating: Options for different sensory and attention needs
• Clear Sight Lines: All students can see demonstrations and displays
• Quiet Spaces: Areas for students who need sensory breaks
• Resource Accessibility: Materials organised for independence

Emotional Environment

• Growth Mindset Culture: Mistakes are learning opportunities
• Inclusive Language: All contributions are valued and built upon
• Predictable Routines: Clear expectations and consistent procedures
• Celebration of Difference: Diverse strengths are recognised and utilised

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Subject-Specific Applications

English Literature

Making Abstract Concepts Concrete:

• Act out scenes before analysis
• Use props and costumes for character exploration
• Create physical story maps and relationship webs
• Connect themes to students’ lived experiences

Universal Participation:

• All students track evidence during reading
• Pair discussions before whole-class analysis
• Multiple interpretation opportunities
• Show-me boards for quick comprehension checks

Mathematics

Concrete Foundations:

• Manipulatives for all new concepts
• Real-world problem contexts
• Visual models alongside abstract symbols
• Physical representations of mathematical relationships

Rehearsal and Practice:

• Multiple methods for solving problems
• Peer explanation of mathematical reasoning
• Regular fluency practice with high success rates
• Systematic building of complexity

Science

Hands-On Investigation:

• Begin with practical exploration
• Make predictions before testing
• Use real objects and phenomena
• Connect scientific principles to everyday observations

Evidence-Based Thinking:

• All students record observations
• Systematic data collection and analysis
• Peer discussion of findings
• Multiple opportunities to explain phenomena

History

Vivid Context Creation:

• Artefacts and primary sources
• Role-play and dramatic reconstruction
• Timeline activities students can walk through
• Connections between past and present

Multiple Perspective Taking:

• All students consider different viewpoints
• Evidence evaluation activities
• Debate and discussion opportunities
• Personal response to historical events

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Supporting Specific Neurodivergent Learners

Autistic Pupils

Strengths to Build On:

• Attention to detail and pattern recognition
• Deep interests that can connect to curriculum
• Logical thinking and systematic approaches
• Honest and direct communication style

Teaching Adaptations:

• Clear, predictable routines and expectations
• Visual supports and concrete examples
• Special interests as bridges to learning
• Sensory considerations (lighting, noise, texture)
• Extra processing time for social situations

Students with ADHD

Strengths to Build On:

• Creative thinking and innovative problem-solving
• High energy and enthusiasm
• Ability to hyperfocus on interesting topics
• Spontaneous and dynamic contributions

Teaching Adaptations:

• Movement breaks and active learning opportunities
• Clear, chunked instructions with visual reminders
• Immediate feedback and positive reinforcement
• Fidget tools and flexible seating options
• Interest-based learning connections

Students with Dyslexia

Strengths to Build On:

• Strong visual-spatial processing
• Creative and artistic abilities
• Good problem-solving and reasoning skills
• Empathy and social awareness

Teaching Adaptations:

• Multi-sensory learning approaches
• Visual supports alongside text
• Assistive technology when appropriate
• Extra time for reading and writing tasks
• Alternative ways to demonstrate knowledge

Students with Language Processing Differences

Strengths to Build On:

• Visual learning preferences
• Non-verbal communication skills
• Unique perspectives and insights
• Determination and resilience

Teaching Adaptations:

• Visual aids and graphic organisers
• Think time before verbal responses
• Multiple modes of communication
• Peer support and collaboration
• Simplified language without patronising content

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Professional Development and Reflection

Questions for Self-Evaluation

After Each Lesson:

• Did every student have opportunities to practice and demonstrate learning?
• How do I know all students understood, not just the confident ones?
• What evidence do I have of individual student progress?
• Which students might need additional support or challenge tomorrow?

Weekly Reflection:

• Are my lessons concrete and accessible to all learners?
• Do I check understanding systematically before moving on?
• How am I ensuring universal participation rather than relying on volunteers?
• Is my retrieval practice helping or hindering student confidence?

Ongoing Development:

• What new strategies will I try this week to support diverse learners?
• How can I better connect learning to students’ interests and experiences?
• What patterns do I notice in which students struggle or succeed?
• How am I growing my understanding of neurodiversity?

Collaboration and Learning

Working with Colleagues:

• Share strategies that work for diverse learners
• Observe each other’s practice with a neurodiversity lens
• Plan lessons together considering all students’ needs
• Discuss individual student strengths and support needs

Family Partnerships:

• Learn about students’ home strengths and interests
• Share successful strategies between home and school
• Value family knowledge about their child’s learning
• Collaborate on supporting individual needs

Professional Learning:

• Engage with neurodiversity research and resources
• Attend training on inclusive teaching practices
• Connect with specialists (SENCOs, educational psychologists)
• Join professional networks focused on inclusive education

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ITT: Perfecting Teaching for Every Mind

Inclusive, neurodiversity-affirming teaching isn’t just about supporting students who struggle—it’s about creating rich, engaging learning experiences that allow every student to thrive. When we make learning concrete, ensure everyone can access modelling, include all voices, build understanding before testing it, and provide extensive rehearsal opportunities, we create classrooms where differences are strengths.

Remember:

• Every student brings unique strengths that can contribute to classroom learning
• Diverse learners need diverse approaches—one size never fits all
• High expectations with appropriate support leads to success for everyone
• Your teaching matters enormously—small changes can transform student experiences

Key Reminders for Your Daily Practice:

1. Start Concrete: Use real objects, experiences, and vivid examples before moving to abstract concepts
2. Check Everyone: Don’t assume understanding based on a few responses, systematically check all students
3. Include All Voices: Use structured systems to ensure every student thinks, practices, and contributes
4. Build Before Testing: Make sure retrieval practice strengthens learning rather than exposing gaps in teaching
5. Rehearse for Fluency: Multiple attempts and improvements lead to deep, secure learning

As you begin your teaching career, remember that creating inclusive classrooms isn’t an additional burden—it’s simply good teaching that benefits everyone. The strategies that support neurodivergent learners make learning clearer, more engaging, and more effective for all students.

Every child deserves to see themselves as a capable learner. Through thoughtful, inclusive teaching practices, you have the power to make that vision a reality for every student who enters your classroom.

Welcome to teaching—you’re going to make an incredible difference!

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“The beautiful thing about learning is that no one can take it away from you.” – B.B. King

“In a world where you can be anything, be kind—and teach inclusively.”