Using Technology to Accommodate Learning Styles: Every class a teacher walks into contains a different mix of learners. Some children absorb new ideas through images and video; others need to hear information spoken aloud before it makes sense; still others only understand a concept once they have handled it, built it, or acted it out.
Recognising this variety is nothing new in UK primary education — the National Curriculum has long required teachers to plan for inclusive, accessible learning — but what has changed is the range of practical tools available to help. Technology, when used thoughtfully, gives teachers a genuinely low-workload way to provide multiple entry points into the same lesson, accommodating different learning styles without creating separate lesson plans for each child.
LearningMole, the UK educational platform founded by former primary teacher Michelle Connolly, has spent years examining how video and digital resources support diverse learners across Key Stage 1, Key Stage 2, and the Early Years Foundation Stage.
The conclusions from that work, and from the wider body of UK educational research, point in a consistent direction: children learn more effectively when they can access content through their preferred modality, whether that is visual, auditory, reading-based, or kinaesthetic. Technology does not replace skilled teaching, but it extends what a single teacher can realistically offer to thirty different children in one room.
This guide is aimed at UK primary teachers, teaching assistants, and parents supporting home learning. It covers the main learning style frameworks used in British schools, explains which digital tools map most naturally to each modality, and sets out three practical strategies you can put in place this week without adding significantly to your workload.
It also addresses the ongoing academic debate about whether learning styles are a fixed attribute or a more fluid preference, and what that means for how you plan — because understanding the theory helps you use the tools more effectively.
The VARK model, developed by educator Neil Fleming, identifies four main learning preferences: Visual, Auditory, Reading/Writing, and Kinaesthetic. It is the most widely referenced framework in UK teacher training and remains a useful starting point for thinking about classroom differentiation, even though current research recommends treating it as a guide to learning preferences rather than a rigid categorisation.
Visual learners prefer to receive information through images, diagrams, charts, and spatial arrangements. In a primary classroom, these children often respond strongly to mind maps, illustrated instructions, and video content that uses animation or graphics to explain abstract concepts. They may struggle when lessons are predominantly talk-based with little visual support. For teachers, the practical implication is straightforward: adding a diagram or a short visual summary to a verbal explanation gives these learners a second route into the same content.
Auditory learners process information most effectively when they can hear it. They tend to engage well with class discussions, listening activities, read-alouds, and teacher explanations. These children often ask questions, enjoy verbal debate, and retain content better when it is reinforced through speech. In a digital context, educational audio content, teacher-recorded explanations, and text-to-speech tools all support this preference. Many children who appear to be distracted during written tasks are actually auditory learners who need verbal processing time built into the lesson.
Reading and writing learners engage most naturally with text. They retain information through note-taking, enjoy written instructions, and demonstrate understanding most comfortably through written output. In a class with strong readers and writers, this group can appear to perform well across the board, but they may struggle when lessons are heavily practical or image-based without accompanying text. Digital tools that allow children to annotate, write, and engage with well-structured written resources suit this preference particularly well.
Kinaesthetic learners need to do something physical or interactive to consolidate understanding. These children learn by building, experimenting, moving, and applying concepts to real situations. In a primary classroom, they often thrive in science lessons, construction tasks, and role play, but can find sustained desk-based work challenging.
Technology offers kinaesthetic learners some excellent options: coding tools like Scratch and Micro: bit allow for hands-on creation, while interactive whiteboard activities and tablet-based simulations give physical engagement a digital form.
| Learning Preference | Classroom Signals | What Helps Most |
|---|---|---|
| Visual | Draws diagrams; gravitates to pictures; loses focus during long verbal explanations | Video content, mind maps, illustrated instructions, graphic organisers |
| Auditory | Asks questions; enjoys discussion; reads aloud quietly; remembers spoken instructions | Audio playback, discussion tasks, teacher explanations, podcasts |
| Reading/Writing | Takes detailed notes; prefers written instructions; strong on written tasks | Digital texts, annotation tools, structured reading resources |
| Kinaesthetic | Fidgets during sedentary tasks; excels in practical activities; learns by doing | Coding tools, interactive simulations, manipulatives, hands-on projects |
In recent years, the scientific evidence base for the rigid learning styles theory has been called into question. Several large-scale studies found that matching teaching method to a child’s self-identified learning style does not reliably improve outcomes compared to varied, multi-sensory teaching. This has led some educators to dismiss learning styles entirely — but that is the wrong conclusion to draw.
What the research actually supports is multi-sensory teaching: providing multiple representations of the same content so that children can engage through whichever channel works best for them at any given moment. This approach, formalised as Universal Design for Learning (UDL) in educational research, is precisely what Ofsted looks for when evaluating inclusive practice. UDL asks teachers not to predict which style each child has, but to remove barriers by offering content through several modalities simultaneously.
Technology is the most practical way to do this without doubling teacher workload. A well-chosen video resource, for example, combines visual and auditory input at once. A Micro: bit coding task provides kinaesthetic engagement with written instructions on screen. A voice notes tool allows an auditory learner to record their thinking rather than write it. These are not elaborate adaptations — they are single-tool choices that happen to open the content to several learning preferences at once.
The UK Equality Act 2010 places a duty on schools to make reasonable adjustments for disabled pupils, and many SEND conditions directly affect how children access information. Dyslexia affects reading fluency; ADHD can make sustained sedentary tasks difficult; autism spectrum conditions may create sensory sensitivities that affect engagement with loud or visually busy content. Technology addresses many of these specific barriers without requiring separate provision.
Assistive technologies — text-to-speech tools, screen readers, high-contrast display settings, and word prediction software — are built into most modern devices and are free at the point of use. For children with Education, Health and Care Plans (EHCPs), these tools often form part of the technology provision specified in the plan. For children without formal SEND identification but with specific learning needs, the same tools provide quiet, unobtrusive support that protects their dignity while meeting their needs.
“Every child deserves feedback that speaks to their strengths and areas for growth. When we use technology well in the classroom, we give children multiple ways to show what they know — not just the one way that suits the assessment format.” — Michelle Connolly, Founder of LearningMole and former teacher with over 15 years of classroom experience
The tools below are grouped by primary learning modality. Most have free tiers or are free at the point of use in UK schools. The selection prioritises low workload: tools that teachers can implement without extensive training and that work across common primary school devices, including tablets, Chromebooks, and standard PCs.
Video resources are the single most impactful tool for visual learners. LearningMole’s curriculum-aligned video library covers maths, English, science, and humanities topics across KS1 and KS2, using animation and clear visual explanation to make abstract concepts concrete. These videos are designed specifically for primary-aged children and are available on YouTube for free or in full through a LearningMole subscription.
For classroom creation, Canva for Education gives children a visual canvas for demonstrating their understanding through infographics, posters, and illustrated summaries. It is free for schools and requires no design experience. Mind-mapping tools such as MindMeister or even simple paper-based mind maps with a digital photograph taken at the end can give visual learners a spatial way to organise their thinking.
Interactive whiteboards, when used for demonstration rather than passive display, allow visual learners to see concepts in motion. Showing a geometry construction step by step, animating the water cycle, or visually grouping items for counting all suit this preference.
Text-to-speech functionality, available through Microsoft Immersive Reader and Google’s Read & Write extension, gives auditory learners immediate access to written content in spoken form. Microsoft Immersive Reader is built into all Microsoft 365 products and is free for schools. It can slow down or speed up speech, highlight words as they are read, and break text into syllables — all without the child needing to ask for help.
Mote is a Chrome extension that allows teachers and children to leave voice notes on Google Docs. This gives auditory learners the option to respond verbally to feedback and to process their thinking aloud. Many auditory learners find verbal explanation far easier than written output, and voice-note tools honour that preference.
For teacher-delivered content, recording short explanations as audio files and posting them alongside written instructions lets auditory learners replay the spoken guidance as many times as needed. This is particularly useful for homework tasks where the teacher is not present to re-explain.
Google Docs and Microsoft Word both support reading and writing learners through structured text environments. Voice typing (available in Google Docs under Tools) allows children to dictate and then edit, supporting those who can organise thoughts verbally before writing. For reading-focused learners, access to well-structured digital texts — including LearningMole’s written guides — provides the text-rich input this group responds to.
Reading Plus and similar digital reading platforms assess reading level and provide graded texts, which suit this preference while differentiating by ability. Digital annotation tools allow reading and writing learners to interact with texts in ways that suit their preferences: highlighting, note-taking, and adding written comments to shared documents.
Coding tools are among the strongest kinaesthetic learning technologies available in UK primary schools. Scratch, developed by MIT, is free and widely used from Year 3 upwards. Micro: bit, which is actively promoted by the UK government’s Computing at School initiative, provides a physical programmable device that gives kinaesthetic learners the hands-on interaction they need while developing computational thinking skills aligned with the KS2 Computing curriculum.
Bee-Bot floor robots are particularly effective in EYFS and KS1, allowing children to programme physical movement and explore directional language through action. For older KS2 pupils, the Google Arts and Culture app includes virtual reality experiences and augmented reality tools that allow exploratory, active engagement with history, geography, and science content.
Gamified platforms like Kahoot and Blooket turn retrieval practice into a physically interactive activity. These suit kinaesthetic learners because they require active response rather than passive reception.
| Learning Preference | Pedagogical Goal | Free / Low-Cost Tool | Subscription / Premium Option |
|---|---|---|---|
| Visual | Multiple representations of concepts | LearningMole YouTube, Canva for Education, Google Slides | LearningMole subscription, MindMeister Pro |
| Auditory | Spoken access to content and feedback | Microsoft Immersive Reader, Mote (free tier), Google Voice Typing | Read & Write by Texthelp, Claro Suite |
| Reading/Writing | Text-rich input and written output support | Google Docs, Microsoft Word, Wikipedia for Schools | Reading Plus, Hegarty Maths |
| Kinaesthetic | Active, hands-on engagement with content | Google Docs, Microsoft Word, and Wikipedia for Schools | Blooket Plus, Google Arts & Culture premium tours |
The following three strategies are designed to be realistic for a primary teacher managing a class of 30 and for parents supporting learning at home. None requires specialist technical knowledge or significant additional planning time once set up.
A digital choice board gives children agency over how they demonstrate their understanding of a topic. After direct teaching, instead of a single written task, you present three or four options: a short video explanation, a drawn diagram with labels, a written paragraph, or a recorded voice note. Children select the format that suits them.
This is not about lowering expectations — every option covers the same learning objective. What changes is the output modality. A choice board takes around 30 minutes to set up the first time; after that, the same structure can be reused with different content across the year. Google Slides or a printed grid work equally well. LearningMole’s subject resource pages provide the underlying content that children can reference when creating their chosen output.
AI tools now allow a teacher to quickly generate multiple versions of a single piece of content. A Year 4 science text about the water cycle can be converted to a simplified summary for lower attainers, a podcast-style script for auditory processors, or a bulleted visual guide in under five minutes. This is not about outsourcing teaching; it is about reducing the time it takes to produce differentiated resources.
For parents supporting home learning, the same approach works: if your child finds a homework explanation confusing, copying the text into an AI tool and asking for a simpler version or a spoken-style explanation gives you an immediate alternative. This is particularly useful for children with dyslexia or those who are English as an Additional Language (EAL) learners.
Tablets and computers already include built-in accessibility features that many families never use. On iPads and iPhones, the Accessibility menu includes spoken content (which reads any text aloud), zoom tools, and display accommodations for colour contrast. On Android devices, TalkBack provides similar functionality. On Windows, Narrator and the Magnifier are free and built in.
These settings are not exclusively for children with identified SEND — any child who struggles with reading fluency, who processes information better verbally, or who is working in a second language benefits from them. Showing families these features at a parent evening or in a home learning newsletter takes ten minutes and can make a significant difference to children’s ability to access digital tasks independently at home.
For teachers covering differentiation, learning styles, and inclusive technology in UK primary schools, LearningMole offers curriculum-aligned video resources that bring core subjects to life across all modalities. The educational video library spans maths, English, science, history, and languages, with each video designed to work for visual and auditory learners simultaneously — giving teachers a single resource that serves multiple preferences without additional preparation.
LearningMole’s teaching materials include downloadable resources, guided activities, and subject-specific video collections that can be assigned as independent work for kinaesthetic and reading/writing learners while the teacher works with a small group. This frees classroom time for the high-value interaction that no technology can replace: the teacher noticing where a child is stuck and adjusting their explanation in the moment.
Parents can use LearningMole’s resources to extend classroom learning across all four VARK preferences. The video library is free to access on YouTube, making it suitable for home learners without a subscription. For families who want structured, curriculum-aligned materials across all subjects, a full LearningMole subscription provides access to over 3,300 resources designed by experienced educators.
For home education families, the breadth of subject coverage means that one platform can serve multiple curriculum areas, reducing the time spent finding and evaluating individual resources. All content is aligned with the UK National Curriculum, so parents can be confident it reflects what children are expected to know at each key stage.
“Quality educational videos do what textbooks alone cannot. They show concepts in motion, explain with visual clarity, and hold children’s attention while teaching. That is why we focus so heavily on video at LearningMole — it is the format that serves the most learners at once.” — Michelle Connolly, Founder of LearningMole and former teacher with over 15 years of classroom experience
Explore LearningMole’s teaching resources
Technology helps by providing the same content through multiple modalities at once. A video resource combines visual and auditory input; a coding task provides kinaesthetic engagement; a text-to-speech tool converts written content to spoken form for auditory learners. Rather than requiring a teacher to create separate resources for each preference, well-chosen technology tools offer several entry points into the same content within a single resource. This is the principle behind Universal Design for Learning, which underpins inclusive practice requirements in UK schools.
The idea that children have a fixed learning style that must be matched by a teaching method has not been strongly supported by recent research. Studies have found that simply telling a visual learner to study through images, while telling an auditory learner to listen, does not reliably improve outcomes compared to varied multisensory teaching. What the research does support is providing multiple representations of content — text, images, audio, and hands-on activities — so that children can engage through whichever channel works for them at that moment. In practical terms, this means the VARK model remains a useful thinking tool for teachers, but multi-sensory, technology-supported teaching benefits all learners more reliably than strict style-matching.
The UK National Curriculum does not mandate specific teaching to learning styles. What it does require is that all pupils can access the curriculum, which means teachers are expected to plan for inclusivity and differentiation. Ofsted’s inspection framework looks for evidence of inclusive practice and expects teachers to adapt their teaching to meet the needs of all learners, including those with SEND. Multi-sensory, technology-supported teaching addresses these requirements without requiring a teacher to formally categorise each child by learning style. The SEND Code of Practice (2015) also expects schools to remove barriers to learning, which is precisely what well-implemented classroom technology achieves.
The most accessible kinaesthetic technology tools for UK primary schools are Scratch (a free, browser-based coding tool suitable from Year 3 upward), Micro: bit (a physical programmable device supported by the Computing at School initiative), Bee-Bot (a programmable floor robot for EYFS and KS1), and Kahoot (a gamified quiz platform that requires active input). For home learners, tablet-based games that require active selection and building serve the same function. The key criterion for kinaesthetic learners is that the technology requires them to do something — to make decisions, click, build, or move — rather than passively receive information.
LearningMole’s YouTube channel provides free access to hundreds of curriculum-aligned educational videos that use animation and visual explanation to make primary subjects accessible. Canva for Education is free for schools and allows teachers and children to create visual summaries, infographics, and illustrated guides. Google Slides supports the visual presentation of content. Microsoft Immersive Reader also includes a picture dictionary feature that provides visual support for vocabulary. For interactive visual learning, Google Arts and Culture offers free virtual tours and high-quality image resources relevant to history and geography topics.
Parents do not need to formally identify their child’s learning style to support varied home learning. Practical approaches include watching short educational videos together (auditory and visual), asking children to explain what they have learned verbally (auditory processing), encouraging drawing or diagram-making to summarise ideas (visual), using building materials or household objects for maths tasks (kinaesthetic), and reading and discussing written explanations (reading/writing). Tablet and computer accessibility settings — particularly text-to-speech and spoken content features — are free, built-in tools that can immediately support children who struggle with reading-heavy tasks. LearningMole’s free YouTube videos provide visual and auditory support across all primary subjects, with no subscription required.
Technology provides some of the most effective and least disruptive SEND support available in mainstream primary classrooms. Microsoft Immersive Reader and Google’s Read & Write extension offer text-to-speech and reading support for children with dyslexia. Voice input tools allow children who struggle with handwriting to produce written work. High-contrast display settings and font adjustment tools support children with visual processing difficulties. For children with ADHD, gamified and interactive tasks provide the engagement and movement that sustained deskwork may not. Many of these tools are free and built into standard school devices, meaning SEND support does not require separate equipment or singling a child out. Schools should check EHCP technology provisions alongside these built-in options.
The debate about whether learning styles are a fixed neurological reality or a useful metaphor matters less in practice than the principle behind it: children learn better when they can access content through more than one channel. Technology enables multisensory teaching for a busy primary teacher without requiring hours of preparation. The tools exist, most are free, and the main task is selecting a small number that work reliably in your context rather than trying to use everything at once.
For UK primary schools, the practical priority is to use technology in ways that align with Ofsted’s inclusive practice expectations and the SEND Code of Practice, while keeping teacher workload manageable. The three strategies in this guide — digital choice boards, AI-assisted differentiation, and home learning accessibility settings — each achieve this by embedding flexibility into existing lesson structures rather than adding separate systems.
LearningMole’s curriculum-aligned video resources provide the content layer that underpins this approach across subjects, with material designed by experienced UK educators to serve visual and auditory learners simultaneously.
Whether you are a teacher looking for practical tools to support a mixed-ability class, a parent wanting to make home learning more accessible, or a SENCO reviewing technology provision for children with EHCPs, the starting point is the same: identify one or two tools that open your content to a wider range of learners, use them consistently, and build from there.
Small, sustained changes to how content is delivered and accessed produce better outcomes than occasional elaborate interventions. Technology works best in education when it is quiet, reliable, and gets out of the way of the learning.
LearningMole provides free and subscription-based educational videos and teaching resources aligned with the UK National Curriculum. Whether you are a teacher planning differentiated lessons, a parent supporting home learning, or a SENCO seeking accessible resources for children with SEND, the library covers maths, English, science, history, and much more — all designed by educators with real classroom experience.
Leave a Reply