Tutoring and Intervention · Video

What Multisensory Learning Actually Looks Like

Not a learning style. A child sees the letter, says the sound, hears their own voice and writes the shape — in the same moment, on purpose.

What multisensory structured learning is

Multisensory structured learning teaches reading by engaging sight, sound, touch and movement at the same moment, in an explicit and cumulative sequence. A child sees a letter, says its sound, hears their own voice and traces the shape together, so the link between sound and symbol is built through several channels at once rather than through the eyes alone.

It is not the same thing as a “learning style”. The idea that each child is a visual or auditory or kinesthetic learner, and should be taught in that one channel, has not held up in research. Multisensory instruction is the opposite claim: every child uses all the channels, and a child with dyslexia needs more of them running together, not fewer.

Key takeaways

Orton-Gillingham is a method, not a programme

There is no OG box to buy. It is a set of principles — explicit, systematic, cumulative, multisensory, diagnostic — and Wilson, Barton and others are programmes built on them. This is why “we use OG” tells you less than it sounds like.

Multisensory is not a learning style

Every child uses every channel. The method runs them simultaneously so the sound-symbol link is reinforced from several directions, rather than matching a child to one supposed channel.

Dyslexia is not an intelligence problem

The difficulty is in connecting sounds to letters, not in reasoning. Children with dyslexia routinely understand a text read aloud to them that they cannot decode on the page.

Math needs the same treatment, and rarely gets it

Number sense — the feel for quantity, magnitude and sequence — can be built the same way. Most schools respond to maths difficulty with more drill, which practises the gap rather than closing it.

The method has strong evidence; individual brands have less

Explicit, systematic phonics is one of the best-supported findings in education. The specific named programmes built on it are mostly evaluated by their own publishers. Ask what a school does in a lesson, not which binder is on the shelf.

Chapters

What a multisensory lesson actually does

The abstract version of this is unhelpful. Here is the concrete version: one child, one sound, four channels, about fifteen seconds.

  1. See it. The teacher shows the letter or letter team. The child looks at the shape, on its own, without a word around it to guess from.
  2. Say it. The child produces the sound out loud and feels where it is made — lips, teeth, tongue, voice on or off. That physical feedback is part of the information, not a flourish.
  3. Hear it. They hear their own voice say it. Hearing yourself is different from hearing a teacher, and it is what links the sound to the act of producing it.
  4. Write it. They trace or write the letter while saying the sound again. The hand movement carries the shape; doing it simultaneously is what binds the two together.

And then the part that makes it “structured”. The sounds come in a fixed order, each one building on the last, with nothing introduced until the thing underneath it is secure — and the teacher checks whether it is secure before moving on, rather than following a calendar.

Orton-Gillingham, Wilson, and what the difference is

These two names get used as if they were alternatives. They are not. One is the approach; the other is one of the programmes built on it.

  Orton-Gillingham Wilson Reading System
What it is An approach — a set of principles for teaching reading A published programme built on those principles
Can you buy it No. There is no single OG product; training and fidelity vary by provider Yes. Defined materials, lesson plans and a certification route
Sequence Set by the trained teacher, adjusted to the child Fixed scope and sequence, twelve steps, same order for everyone
Flexibility High — diagnostic and prescriptive lesson by lesson Lower by design; the structure is the point
What to ask a school “Trained by whom, to what level, and who supervises?” “Certified, and are you following the full sequence?”

What the evidence shows

Worth separating three questions that usually get answered as one: does the method work, does a particular programme work, and does the brain change.

What this means for a parent. The question that predicts whether instruction will work is not which programme a school has bought. It is whether lessons are explicit, sequenced, cumulative and adjusted when a child does not have something yet — and whether the person teaching was trained to do that.

The same approach, applied to math

Math difficulty gets the same response almost everywhere: more problems, more drill, more time. If the gap is in number sense, drill practises the gap.

Number sense comes before arithmetic

The feel for quantity, magnitude and sequence — knowing that 8 is nearer 10 than 3 is, without counting — is what later arithmetic is built on. A child who is missing it can still memorise facts, and the memorisation collapses as soon as the problems get longer.

Memorised facts are not the same as understanding

A child who recites times tables fluently and cannot tell you whether an answer is reasonable has learned the output and not the structure. It passes tests for a while.

Multisensory math makes the quantity visible and physical

Blocks, number lines, drawn representations and symbols used together, so the symbol attaches to a quantity the child can see and move rather than to a remembered string.

Making Math Real is the method we use for this

A structured, sequenced multisensory approach to math, developed for students who need the underlying number sense built rather than drilled. It is an established programme; like most math interventions it has not been evaluated in peer-reviewed efficacy research, and the reason to use it is the structure of the instruction rather than a published trial.

Questions parents ask

Is multisensory learning the same as learning styles?

No, and they are close to opposites. The learning-styles idea says each child has one preferred channel and should be taught in it; research has not supported that. Multisensory instruction says every child uses all the channels, and that running sight, sound, speech and movement together at the same moment strengthens the link between a sound and its spelling. Nobody is being sorted into a type.

What is the difference between Orton-Gillingham and Wilson?

Orton-Gillingham is an approach — a set of principles for teaching reading explicitly, systematically and multisensorily. Wilson is a published programme built on those principles, with its own fixed sequence, materials and certification. Nobody owns the term Orton-Gillingham, so any provider can use it, which is why the useful questions are who trained the teacher, to what level, and who checks that the lessons follow the sequence.

Can a dyslexic child also struggle with math?

Frequently, and for two different reasons that need separating. Some children have dyscalculia alongside dyslexia — a distinct difficulty with number sense. Others have intact number sense but hit trouble with word problems, multi-step instructions and the reading embedded in a math lesson. The instruction is different in each case, which is why an assessment should look at both rather than assuming the math difficulty is a reading difficulty wearing a hat.

How long before we see a difference?

The honest answer is that it depends on where the gap started and how often instruction happens, and anyone quoting you a fixed number of weeks is guessing. What is more reliable is the order things change in: resistance drops first, then a willingness to attempt unfamiliar words, then accuracy, then fluency, then scores. If several months of consistent instruction have produced no change in the first two, the fit is wrong and it should be looked at rather than waited out.

Can I do this at home?

You can do some of it, and the part that helps most is not the part parents expect. Reading aloud to your child, talking about words and playing with sounds all support the work. The structured sequence itself is harder to run at home, because it depends on knowing what to teach next and recognising when something is not yet secure — that is the trained part. A reasonable split is that school or a specialist runs the sequence and home protects the child’s willingness to keep going.

Transcript

Video Transcript
00:06 Let’s start with a scene you probably know all too well. It’s that heavy, stressful silence that settles over the kitchen table during homework time. You’ve got these incredibly bright, articulate dyslexic kids ending up in tears. And it’s not from defiance. It’s from sheer exhaustion. These students are running a daily mental marathon in our traditional education systems. So in this explainer, we’re going to look at how we can finally give dyslexic learners the right shoes for that race.
00:34 It’s a vital question, right? And we absolutely have to understand that the problem here is not a lack of intelligence. The core issue is that traditional education forces incredibly bright minds into a rigid curriculum that was built for a completely different type of brain.
00:51 Standard learning environments ask these kids to contort their specific thinking patterns rather than actually adapting the instruction to fit the learner. Just look at the stark difference in these neural pathways. A neurotypical brain easily snaps mental pictures of words through simple whole language exposure, creating a really clear, fast-moving neural highway. But for a dyslexic brain, those exact same standard pathways are blocked or super inefficient.
01:16 For them, language becomes this tangled web. It feels slippery, arbitrary, and honestly, completely chaotic.
01:24 Section 1: The Core Solution: Multisensory Structured Learning. Because those traditional pathways are proving inefficient, the instruction literally has to change to fit the child. Rooted deeply in the Orton-Gillingham methodology, multisensory structured learning, or MSL, is essentially the science of breaking down the chaos of the English language. This approach makes language explicit, systematic, and cumulative.
01:49 We’re actively bypassing those blocked neural highways to build brand new, highly efficient ones. The multisensory triangle puts this right into practice. By simultaneously engaging the visual sense of seeing a letter, the auditory sense of hearing its sound, and the kinesthetic sense of physically feeling or tapping its shape, students create a powerful memory trace. And surprisingly, this doesn’t just help with memorization.
02:13 Functional MRI scans actually show that this physical multisensory engagement literally wires entirely new reading pathways in the brain through neuroplasticity. Section 2. The Roadmap for Reading. The Wilson Reading System.
02:28 If Orton-Gillingham is our foundational philosophy, the Wilson Reading System is the rigorous roadmap to actually apply it. This mastery-based progression completely removes all the guesswork from the reading process. Students have to master fundamental phonemic sounds in steps one and two before they ever build up to syllables. Eventually, learners conquer complex high school-level Latin and Greek roots. Moving forward only happens when a student is truly ready, which builds immense confidence along the way.
02:58 Section 3: Decoding Numbers: Making Math Real.
03:02 You know, the exact same processing differences that block reading pathways also make mathematical symbols appear completely disconnected to a dyslexic learner. Because of this, math has to be grounded in physical reality. Students begin in the concrete stage, where they’re physically building numbers. From there, the progression moves to the representational stage, using visual drawings. Encountering abstract written numerals? That happens only after they’ve mastered the physical concepts.
03:30 Students learn the actual logic of grouping in math rather than relying on memorized facts that generally fail under pressure.
03:37 Section 4: The Integrated Ecosystem: Aligning Education with the Child. When these powerful methodologies are integrated into a single, cohesive ecosystem across all subjects, a student’s anxiety simply vanishes. They stop burning 90% of their available energy just trying to decode the room, which allows them to finally use that energy to thrive. Dyslexia is a discrepancy of access. It is not intelligence.
04:03 Dyslexic learners are so frequently gifted, empathetic, big-picture thinkers who simply need structured, multisensory instruction that fully respects their intellect and their unique neurological design.
04:15 Think about the lifelong impact of replacing a child’s daily mental exhaustion with a structured ecosystem that actually works. If a simple shift from forced memorization to multisensory structure can literally rewire a brain, how much neurodiverse brilliance is currently locked away in our classrooms just waiting for the right key? It changes absolutely everything. Thanks so much for watching this explainer, and I’ll see you next time.
LS

About the Author

Dr. Leah Skinner, Ed.D.

Dr. Leah Skinner holds a Doctor of Education in Reading, Literacy and Assessment, a Master of Education with a specialization in dyslexia, and is a Certified Dyslexia Therapist and Special Education Advocate with over 22 years of experience. As the founder of READ Academy of Sacramento and a mother of five neurodivergent sons, four of whom have dyslexia, she brings both clinical expertise and personal understanding to every family she works with.

Find out what your child's instruction should look like

A comprehensive assessment identifies which parts of decoding, spelling and number sense have broken down — which is what decides the sequence, the intensity and the method. The programme comes after that, not before it.

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