We Are All Neurodiverse Learners Learning in Our Own Way
- Susan Ardila
- Jul 15
- 34 min read
Your child isn’t broken—the system is.
It's 8:47 PM.
Your brilliant child is sobbing over math homework—again.
You're googling "why is my smart kid failing math" for the hundredth time, wondering if you're the one failing them.
You know that sinking feeling when the teacher says, "We need to talk about [insert your child's name]"? That knot in your stomach that says you're about to hear everything you've been dreading?
Here's what I learned after 13+ years of working with over a thousand neurodivergent students—and what changed everything for families like Sarah's:
Your child isn't broken. The system is.
When Sarah's mom first walked into my virtual classroom, her voice cracked as she whispered, "I just don't understand why my brilliant daughter can solve logic puzzles but still thinks 7 plus 8 is... seventeen?"
Sarah, a whip-smart 4th grader who could out-argue a lawyer and build working Lego zip lines, would melt down the moment math homework hit the table. Her mom had spent months Googling "Why is my smart child failing math?"—scrolling through parenting forums at 2AM, wondering if she'd somehow failed her daughter.
Sound familiar?
Here's what Sarah's mom learned that changed everything:
Her daughter wasn't broken. The math system was.
And once you understand this truth—really understand it—everything shifts. Not just for your child, but for your entire family.
Sarah's story isn't unique. It's the story of millions of families caught in a system that mistakes difference for deficiency. But here's what the latest research is finally revealing about your child's brain...
The Truth That Changes Everything
What if I told you that everything we’ve been taught about learning differences is... wrong?
What if the language itself—words like disorder, deficit, and disability—isn't describing your child at all... but describing a system that was never built for neurodiverse learners in the first place?
Here's what 2024 neuroscience research is finally confirming: We are ALL neurodivergent. Every single one of us exists somewhere on the beautiful, complex spectrum of human brain diversity.
Let’s be honest:
Who decided memorizing math facts in isolation was the definition of intelligence?
Who set the standard that being “good at math” means speed and silence?
And why, in a world built by inventors, artists, and out-of-the-box thinkers, do we still treat cognitive difference like a flaw?
Why This Matters for Your Child
If your child has ever:
Understood complex concepts but blanked on basic math facts
Solved problems in creative ways that teachers marked “wrong”
Had meltdowns over homework despite being brilliant in other subjects
Been labeled as “lazy,” “distracted,” or “not trying hard enough”
Made you wonder if you were the one failing them
This post is for you.
Because after 13+ years of helping students with dyscalculia, ADHD, anxiety, and learning differences, I can tell you this:
Your child doesn’t need to be “fixed.” They need a system that understands how they think. `
And starting now?
We’re going to change that narrative—for your child, for your family, and for every student who’s been told they don’t belong in the world of math.
Everything You Were Taught About Neurodiverse Learners and “Normal” Learning Is a Lie
Let’s get uncomfortable for a minute.
Because the biggest obstacles our kids face aren’t dyscalculia or ADHD or some lack of motivation—they’re the myths we’ve been force-fed about how learning “should” work.
And those myths? They’re not just outdated.
They’re actively hurting our kids.
To understand why brilliant kids like Sarah struggle, we need to demolish some dangerous myths that are actively hurting our children.
💣 It’s time to blow up some lies.
Myth #1: There’s a “normal” way to learn math
The Lie: Math should be learned through timed drills, quiet seatwork, and memorization. If your child still uses manipulatives past second grade or learns better through movement, something must be “wrong.”
The Reality:
There is no universal math brain. Never has been.
Some kids are visual-spatial thinkers who see patterns before they see equations.
Others are kinesthetic learners who process best when they move.
Some are auditory processors who need rhythm, music, or verbal discussion to understand math concepts.
This rigid idea of “normal” learning? It was designed by industrial-era schools to train factory workers—not creative, neurodivergent thinkers.
And let’s be real—how many of us actually thrived learning math from a worksheet?
Myth #2: Learning differences are disorders that need fixing
The Lie: Dyscalculia, ADHD, and dyslexia are problems—flaws to be remediated so kids can function like their “typical” peers.
The Reality:
These aren’t disorders. They’re variations in human wiring that have existed since humans started doing math on cave walls.
The same brain that struggles to memorize math facts might excel in pattern recognition, conceptual problem solving, or visual reasoning.
That so-called “distracted” ADHD brain? It might be the one spotting connections no one else can see.
We don’t have a “broken child” crisis.We have a “broken expectations” crisis.
And when we stop trying to cram different brains into one-size-fits-all boxes... that’s when the magic starts.
Myth #3: You either have dyscalculia or you don’t
The Lie: Learning differences are black-and-white. If your child hasn’t been diagnosed, they must be fine. If they are diagnosed, they’ll always need interventions.
The Reality:
Neurodivergence doesn’t live in a checkbox. It lives on a spectrum.
Your child might show dyscalculic tendencies without qualifying for a diagnosis.
They might exhibit ADHD-like behaviors when bored or anxious—but not in creative, stimulating environments.
They might struggle with number sense but blow you away with complex logic.
Formal diagnoses are helpful for getting support—but they don’t define your child’s full potential.
Not every child who struggles with math has dyscalculia, but for many neurodiverse learners, the signs are easy to miss. If you’re wondering whether your child might be one of them, take my free Dyscalculia Screener to get a clearer picture.
Myth #4: Different means deficient
The Lie: If your child learns differently, they’re behind. If they need accommodations, they’re getting special treatment. If they can’t do math “the standard way,” they’re not smart.
The Reality:
Different means... different.
Not behind. Not broken. Not less-than.
That student who needs more time? They’re not slow—they’re thorough.
The child who uses their fingers? They’re thinking spatially.
The kid who solves problems out of order? That’s flexible, creative thinking at work.
We don’t need to change the way their brain works.
We need to change the way we measure it.
The Spectrum Reality Nobody Talks About
Here’s what society doesn’t want you to know:
We’ve been conditioned to fear standing out.
We chase viral TikTok dances so our kids fit in.
We buy the latest tech to avoid looking “behind.”
We read parenting blogs like they’re instruction manuals—because being different feels dangerous.
But sameness?
It’s comfortable—and it’s killing innovation.
Let’s be honest:
Standardized tests reward conformity, not creativity.
Classrooms still look like they did in 1895.
And most teaching methods? They work great—for about 30% of kids.
Meanwhile, the students we label as “difficult”?
They’re often the ones who change the world.
Think about it:
Maya Angelou didn't speak for five years as a child due to trauma, then became one of history's greatest voices.
Katherine Johnson's mathematical mind was dismissed because of her race and gender—then she calculated the trajectories that put humans in space.
Simone Biles' ADHD was seen as a problem in school—then became the fuel for her unprecedented athletic focus.
These aren't cautionary tales.
They're proof that nonlinear thinkers are the ones driving progress.
The students labeled as 'different' today are often the innovators we'll depend on tomorrow.
The Uncomfortable Truth About “Normal”
“Normal” is a statistical average. That’s it.
It’s not a goal. It’s not a virtue. And it’s definitely not what we should be aiming for.
Because your child?
They weren’t born to blend in.
They were born to stand out.
That dyscalculic thinker who sees numbers differently might uncover new ways to visualize math.
That ADHD brain that can’t focus on a worksheet might hyperfocus on solving a complex coding problem for hours. (If your child has ADHD, this guide to math accommodations might be especially helpful.)
That child who fails the timed test might ace the open-ended project that actually uses their brain.
The Revolution Starts Here
So here’s my challenge to you—parent to parent, educator to educator:
What if we stopped asking,“How do I fix my child’s math struggles?”And started asking,“How do I honor my child’s mathematical mind?”
What if we shifted from deficit-thinking to strength-thinking?
Because once you do that, everything changes.
Not just for your child, but for their future.
The kids we make room for today are the ones who will design the world tomorrow.
And it’s about time we built an education system worthy of the brilliance already sitting in our classrooms.
🧠 The Study That Changes Everything
In 2024, Dutch researchers published the largest twin study of its kind—tracking over 19,000 children to examine the overlap between ADHD, dyslexia, and dyscalculia.
The headline that made waves?
77.3% of kids had “only” one diagnosis.
Sounds straightforward, right? Most kids have one label. Not two. Not three.
But here’s what most media outlets missed—and what you, as a parent, absolutely need to know:
The traits underlying ADHD, dyslexia, and dyscalculia were found to be highly genetically correlated.
Translation?
The same brain wiring that contributes to attention challenges also affects math processing... and reading difficulties... even when kids don’t meet diagnostic criteria for all three.
As the researchers put it:
“ADHD, dyslexia, and dyscalculia co-occur not because one causes the other, but because of shared underlying genetic architecture.”
Mic. Drop.
🎯 What This Actually Means for Your Neurodiverse Learner
Let's reframe it with something relatable.
Imagine athletic ability exists on a spectrum.
Some people excel at endurance.
Some are built for power.
Others have natural coordination and agility.
Now imagine someone decides you're only "athletic" if you score high in all three areas. What happens to the marathon runner with no upper body strength? Or the gymnast who can't run long distances?
They fall through the cracks—not because they lack ability, but because the test was flawed.
That's what happens with learning difference labels.
The diagnosis doesn't capture the full cognitive spectrum.
And just like athletics, learning differences come in infinite combinations.
📊 The Spectrum Reality—Playing Out in Real Life
This is what I see in my virtual classroom every day:
The kid who hasn’t been diagnosed with ADHD but zones out during math worksheets—then hyperfocuses for hours building a Lego skyline.
The student who struggles with number facts but intuitively understands big-picture mathematical relationships.
The child who doesn’t qualify for dyslexia services but consistently reverses digits and falls apart on word problems.
Their struggles are real. Their differences are valid. And none of them fit neatly into diagnostic boxes.
Diagnoses are helpful tools—but they’re just arbitrary lines drawn on a beautifully fluid spectrum of human cognition.
🧬 The Beautiful Reality of Brain Diversity
Here's something that might just make you breathe easier:
Your child's unique learning profile isn't something you caused through parenting choices, screen time, or anything else you've been blaming yourself for.
As we explored earlier, research shows these traits are largely genetic - meaning they're part of your child's natural neurological blueprint. But genetic doesn't mean fixed.
Think of genetics as setting a range of possibilities.
Where your child lands in that range? That’s influenced by environment, support, instruction, and emotional safety.
With the right tools, even a child predisposed to struggle with working memory can develop powerful compensation strategies.
Their neurodivergent brain isn’t a dead end.
It’s just taking a different route to get where it’s going.
🏫 What This Means for the Classroom
If these traits exist on a spectrum...If most kids show some combination of ADHD, dyslexic, and dyscalculic tendencies...Then we need to stop designing schools for the mythical "average" student.
Because here’s what the research supports—and what I’ve seen firsthand with hundreds of students:
Multisensory math strategies don’t just help kids with dyscalculia. They help everyone.
Movement breaks don’t just benefit ADHD brains. They boost focus, memory, and retention across the board.
Explicit instruction in math language and problem solving helps not just dyslexic kids—but kids with language delays, anxiety, and processing challenges, too.
When we teach with diversity in mind, everyone learns better.
🧠 What This Means for Your Kitchen Table Struggles
So what does this mean for you, watching your brilliant child melt down over math homework?
It means their struggles are real and valid - regardless of formal diagnoses. It means the creative, visual, kinesthetic ways they try to solve problems aren't "wrong methods" - they're different pathways to understanding.
It means you can trust your instincts about what your child needs, even if it doesn't match traditional teaching approaches.
🔥 The Revolutionary Reframe
When we embrace the spectrum approach to learning differences, we stop asking deficit-based questions and start asking strength-based ones:
Not, "What's wrong with my child?"
But, "How does my child's unique brain work best?"
Not, "How do we fix this?"
But, "How do we support this brilliance?"
Not, "Why can't they just..."
But, "What do they need to thrive?"
Because the goal isn’t to cram our kids into labels.The goal is to understand them—and teach them in a way that honors how their brain works.
And finally, the research is catching up to what neurodivergent kids—and the parents who love them—have known all along:
We’re all more alike than different.We’re all more different than the system is willing to admit.And our kids don’t need fixing.They need to be seen.
Even identical twins have different brains—so why are we still pretending there’s one right way to learn?
Let’s talk about something that should blow your mind—but if you’re a parent, probably won’t surprise you at all:
Even identical twins don’t learn the same way.
Think about that. Two humans with 100% identical DNA, raised in the same house, by the same parents, eating the same food, attending the same school…
And yet they grow up with completely different learning styles, mathematical thinking patterns, and cognitive strengths.
If genetics can’t guarantee identical learning—what on earth makes us think there’s one “right” way to learn anything?
🧬 The Twin Paradox That Changes Everything
I’ve worked with identical twins where one was a visual-spatial math whiz who could see geometry before it hit the paper—while the other had to talk through every step to make sense of numbers.
Same genes. Same environment. Totally different brains.
One might hyperfocus on tiny details. The other sees sweeping patterns.
One needs movement to think. The other needs stillness.
One flies through computation. The other can’t memorize facts but intuitively grasps abstract math concepts.
If identical twins don’t learn identically, why are we expecting it from every other kid?
🌈 The Beautiful Spectrum We All Live On
When I look at any group of students—diagnosed or not—I don’t see “typical” and “different.”I see the spectrum in action:
The “neurotypical” honor roll student who melts down during timed math tests because anxiety hijacks their working memory.
The “gifted” kid who understands algebraic theory but still counts 7 + 8 on their fingers.
The undiagnosed student who’s laser-focused in art class but zones out the second a math worksheet appears.
The “average” learner who forgets everything the moment they’re bored, hungry, or overwhelmed.
Sound familiar?
Here’s the truth nobody tells you:
We all carry shades of ADHD, dyslexia, and dyscalculia.It’s just a matter of intensity, context, and impact.
🧠 Your Neurodivergent Moments
Let’s get personal for a second.
Have you ever:
Walked into a room and forgotten why you went there?
Read the same paragraph three times because your mind wandered?
Completely blanked on simple math while tipping at a restaurant?
Forgotten half your grocery list halfway through the store?
Mixed up left and right while giving directions?
Frozen during a test even though you knew the material cold?
Congratulations. You’ve danced with neurodivergence.
The only difference between you and a child with a formal diagnosis?
Frequency. Intensity. And how much it impacts daily life.
That’s it.
🎭 The Myth of “Normal”
We’ve built an entire system around the fiction of a “normal learner.”
One baseline brain. One path to mastery. One correct learning style.
But what if “normal” is actually the minority?
What if the students who can sit perfectly still, memorize facts with no emotional baggage, and ace every standardized test under pressure… are actually the outliers?
And what if the rest of us—messy, inconsistent, distractible, context-sensitive—are the true majority?
Because that is what being human actually looks like.
🌟 The Context Effect
Here’s something fascinating—and freeing:
Most of us are “neurodivergent” in some contexts and “neurotypical” in others.
The kid who can’t focus in math might have laser focus building a LEGO empire.
The adult who struggles with workplace organization might run their household like a well-oiled machine.
The student who panics in group projects might thrive in one-on-one learning.
Context matters.
Environment matters.
One-size-fits-all learning doesn’t.
🎨 The Spectrum in Action
We don't expect all artists to paint the same way.
We don't ask all athletes to train identically.
We celebrate that Picasso's brain worked differently than Van Gogh's, that Marie Curie approached science differently than Einstein.
So why do we expect all kids to solve math the same way?
The student who draws to solve word problems isn’t behind—they’re a visual thinker.
The kid who paces while calculating isn’t misbehaving—they’re a kinesthetic processor.
The one who needs to talk it all out? They’re an auditory learner working in their mode.
These aren’t deficits. These are processing styles—and every brain has one.
🔥 The Revolutionary Reframe
What if we stopped asking:
“What’s wrong with this child’s brain?”And started asking:“What’s right with this child’s brain—and how do I support it?”
What if we stopped forcing square pegs into round holes…And started designing holes that actually fit the pegs we have?
What if we finally embraced the beautiful, complex, messy truth of how diverse human cognition really is?
Because spoiler: It’s not about making your child fit into a mold.
It’s about breaking the mold entirely.
💡 The Bottom Line
Your child’s brain isn’t defective.
It’s not late. It’s not lacking.
It’s human.
It’s human.
And being human means existing somewhere on the vast, colorful, totally-normal spectrum of cognitive diversity.
The goal isn’t to pull them toward the mythical center of “normal.”The goal is to understand where they already are—and teach them accordingly.
Because when we stop fighting the spectrum and start honoring it?
Something incredible happens:
Kids stop wasting energy trying to be someone else’s version of “normal”…And start becoming their own version of extraordinary.`
Conformity is comfortable—but it's killing innovation
Let’s talk about something uncomfortable.
Why are we, as a culture, so terrified of different?
Why do kids who color outside the lines get labeled “challenging”?
Why do parents panic when their child doesn’t fit the mold?
It’s not a coincidence.
It’s not a parenting failure.
It’s conditioning.
We've been systematically trained to fear standing out—and to treat difference like danger.
🏭 The Factory Model That Broke Education
Here’s something they didn’t teach you in your parenting books:
Our entire modern school system was designed during the Industrial Revolution.
And the goal wasn’t to raise creative thinkers—it was to produce obedient factory workers.
Let that sink in.
Students arranged in rows ✅
Everyone doing the same task at the same time ✅
Bells telling you when to start and stop ✅
Standardized output expected ✅
Punishment for deviation ✅
Sound familiar?
It’s not a classroom. It’s a factory floor.
And the problem?
We’re no longer preparing kids for factory jobs.
We’re preparing them for a world that values creativity, innovation, and flexibility.
Yet we’re still using a 1800s model to teach 21st-century brains.
📱 The Viral Culture of Sameness
Let’s zoom out.
Everywhere we look, conformity is rewarded:
Viral TikTok dances where millions of kids perform the exact same steps
School uniforms that erase individuality
Standardized tests that reward fast, surface-level recall—not deep thinking
Curricula designed for the mythical “average” brain
Social media algorithms that only show you what’s trending
We’ve built a culture where fitting in is safer than standing out.
And yet... the platforms driving that culture?
They were invented by people who didn’t fit in.
🧠 The “Problem Students” Who Changed the World
Here’s something every parent of a “difficult” child needs to hear:
The same traits that make your child struggle in traditional classrooms often make them revolutionary in the real world.
Let’s look at the receipts:
Albert Einstein didn’t speak fluently until age 9. He clashed with teachers who hated how he questioned everything. That nonlinear brain? It reinvented physics.
Temple Grandin, whose autism made school agonizing, used her unique thinking style to revolutionize animal science and become a global advocate.
Richard Branson struggled with dyslexia, failed out of school, and built the Virgin empire by thinking differently about business.
Steve Jobs, a college dropout with ADHD-like tendencies, couldn’t conform to traditional education—but his creative intensity changed how we interact with the world.
None of them were “model students.”All of them changed history.
⚡ The Innovation Paradox
Here’s the paradox:
We desperately need innovative thinkers… but we’re systematically crushing the traits that create them.
The child who questions everything? We call them defiant.
The student who fidgets and daydreams? We label them disruptive.
The learner who sees in images instead of words? We say they’re behind.
The kid who needs to know why before they can remember how? We call them difficult.
But these aren’t problems.
These are neurodivergent strengths in disguise.
🎭 The Comfort of Conformity
So why do we keep chasing sameness?
Because conformity is comfortable.When your child blends in:
You don’t get called into school meetings.
You don’t have to advocate, explain, or fight.
You don’t lie awake wondering if they’ll be okay.
Fitting in feels safe.
But here’s the truth:
Safe isn’t the same as right.And comfortable isn’t the same as effective.
🔥 The Revolutionary Truth
The kids we keep trying to “fix”?
They’re not broken.
They’re canaries in the coal mine—showing us exactly where our system is failing.
They’re early adopters of the kind of thinking the world actually needs.They’re the future inventors, artists, scientists, founders, and visionaries.
So let’s flip the question.
It’s not:
“How do we make them more normal?”
It’s:
“How do we make the world more ready for them?”
💡 The Future Belongs to Different Thinkers
After working with hundreds of neurodivergent students, I can tell you this:
The traits that make them struggle in traditional classrooms are often the very same traits that become their greatest assets outside the classroom.
Their sensitivity becomes deep emotional intelligence.
Their questioning becomes relentless problem-solving.
Their movement becomes creative energy.
Their hyperfocus becomes innovation.
We just need to stop dimming their light—and start building classrooms, communities, and futures where their light is amplified.
Because when we support these brilliant, complex, different-thinkers…
We don’t just change their future.We change the future.
Your child’s math struggle might be the sign of a wildly unique mathematical mind.
Here’s something that might just flip everything you thought about math struggles on its head:
What if your child isn’t “bad at math”—they’re just speaking a different mathematical language?
What if the very things making math feel impossible in school… are actually signs of a brilliantly wired brain?
🧮 Reframing Dyscalculia: Not Broken, Just Different
Let’s start with the big one: dyscalculia—often called “math dyslexia.”
The traditional view?
“Your child has a learning disability. They’ll always struggle with numbers.”
The revolutionary view?
“Your child processes math through a different cognitive system. Let’s find their access point and teach through it.”
After working with hundreds of dyscalculic students, I can tell you this:
They don’t lack mathematical ability.
They just have a different mathematical operating system.
Where a typical brain sees 7 + 8 = 15 as a memorized fact, a dyscalculic brain might see:
A visual pattern on a number line
A story about splitting and recombining groups
A spatial model with counters or cubes
That’s not a deficit.
That’s a creative, relational, concept-driven way of understanding math.
🎨 The Visual-Spatial Mathematical Mind
Meet “Emma” (a composite of many students I’ve taught).
Emma could mentally rotate 3D objects and break complex shapes into perfect parts—but she blanked when asked 6 x 7.
Her teachers labeled her “behind.”
But when we taught multiplication with area models, picture arrays, and hands-on manipulatives, Emma came alive.
Not only did she memorize her facts—she understood them.
Her so-called deficit? It was deep conceptual brilliance in disguise.
⚡ The ADHD Pattern Powerhouse
Let’s talk about ADHD for a second.
Most people think ADHD makes math harder. But here’s what they don’t see:
ADHD brains are pattern-detecting machines—they just need the right kind of stimulation.
“Marcus” couldn’t sit still for worksheets. He doodled in the margins, bounced in his seat, and interrupted constantly.
But when given a complex, open-ended math challenge? He hyperfocused, made unexpected connections, and discovered patterns no one else saw.
The same “distraction” that frustrated his teachers?It was the source of his mathematical creativity.
🏃♀️ The Kinesthetic Math Genius
Then there’s “Alex”—who could not, for the life of him, understand fractions… until we pulled out pizza slices and paper folding.
Traditional method: “Memorize that 1/2 + 1/4 = 3/4.”Revolutionary method: “Let’s slice, build, and fold until it makes sense in your hands.”
When math became physical, everything clicked.
Alex didn’t just memorize. He understood.
Movement wasn’t his distraction.
It was his access point to mastery.
🎭 The Auditory Math Storyteller
And then there’s “Sofia.”
Word problems confused her. She couldn’t decode them fast enough, and her confidence plummeted.
So we flipped the script.
We turned math into stories, songs, and conversations.
Suddenly, she was solving multi-step problems through narrative.
Train A and Train B became characters on a journey, not just numbers in a sentence.
Her language processing difference?
It became her bridge to mathematical thinking.
🔄 The Real Pattern: Mismatch, Not Deficit
Are you noticing the pattern?
Emma needed visual access.
Marcus needed intellectual stimulation.
Alex needed hands-on experience.
Sofia needed language and storytelling.
None of them were failing math.
They were just stuck in a system that wasn’t teaching them in the way their brain learns best.
🧠 The Hidden Strengths of Neurodivergent Math Learners
Here’s what traditional math education often overlooks:
Neurodiverse learners tend to excel at:
Big-picture, conceptual thinking
Creative, nonlinear problem-solving
Multi-dimensional pattern recognition
Making real-world mathematical connections
Challenging assumptions and seeing alternate solutions
And they often struggle with:
Memorizing disconnected math facts
Timed tests or pressure-based tasks
Interpreting abstract symbols without concrete support
Following rigid, step-by-step instructions
Sitting still and silent while thinking
Processing multi-part directions in rapid succession
The problem isn’t the child.The problem is the one-size-fits-all way we teach math.
💡 From Frustrated to Flourishing
When we adapt to how these kids actually learn:
The “slow” student becomes the deep thinker who asks insightful questions
The “distracted” one becomes the visionary who reimagines math problems
The “behind” child becomes the creative who sees math through a unique lens
The “struggling” learner becomes the soaring student who finally sees their brilliance
🌟 The Message for Parents
If math homework ends in tears…If your child avoids numbers like the plague…If they know the concept but fail the test…
Stop asking if they’re “bad at math.”
Start asking:
“How does my child’s brain prefer to learn—and how can we teach that way?”
Because when we stop forcing square pegs into round equations, and start teaching to the mind they have...
That’s when everything changes.
That’s when math stops being a battlefield—and becomes a playground of possibility.
That’s when your child stops surviving math—and starts soaring with it.
🚶♀️ The Curb Cut That Changed Everything
Let me tell you a story that’ll blow your mind.
In the 1970s, disability rights activists fought for curb cuts—those little sidewalk ramps at street corners. They were designed to help wheelchair users navigate cities independently.
The backlash?
“Too expensive.”
“Unnecessary.”
“Special treatment.”
But when curb cuts became law?
Everyone used them.
Parents with strollers.
Delivery drivers.
Travelers with suitcases.
Bikers.
People on crutches.
Skateboarders.
What was designed for one group ended up benefiting everyone.
That’s Universal Design.
And it’s exactly what math education needs.
🧠 Universal Design for Learning (UDL): The Game Changer
UDL turns traditional education upside down—in the best way possible.
Instead of designing for the “average” learner and retrofitting for everyone else, UDL starts with diversity in mind.
It’s built on three core principles:
Multiple means of representation – Show info in different ways
Multiple means of engagement – Motivate students through multiple entry points
Multiple means of expression – Let students show what they know in different ways
In short:
Don’t just teach one way. Teach like every brain matters.
🔢 Math, Redesigned for Real Brains
Here’s how this plays out in math class:
Old-school approach:
Teach a procedure. If kids don’t get it, tack on accommodations later.
UDL approach:
Teach the concept from the start—visually, kinesthetically, contextually, and symbolically.
The result?
Every learner—not just the ones with IEPs—gains a deeper, stickier understanding of math.
📊 The Research Is In
You don’t have to take my word for it. The research is clear:
From CAST (the creators of UDL):
UDL classrooms show higher engagement across all ability levels
Comprehension and retention rise when students are given multiple learning pathways
Both “struggling” and “gifted” learners benefit from multisensory teaching
A 2023 Educational Psychology study found:
Multisensory math instruction boosted performance for 89% of students, not just those with diagnosed learning differences
Visual-spatial strategies improved outcomes even for strong verbal learners
Movement-based learning increased retention and focus across the board
Stanford Research Institute reported:
Extended time improved performance for 73% of students, not just those with formal accommodations
Alternative assessment formats uncovered hidden strengths in “typical” learners
Flexible seating and brain breaks improved classroom climate—for everyone
And in real classrooms:
Teachers report fewer disruptions and deeper thinking
Parents see less homework stress and more confidence
Students rediscover their strengths and feel seen
🎨 Multisensory Math: Not Just for “Special Ed”
Let’s talk specifics:
Traditional long division lesson:
“Memorize these steps. Don’t ask why.”
UDL math lesson:
Visual: Break division into area models or arrays
Auditory: Use chants, rhymes, or verbal reasoning
Kinesthetic: Group physical objects, build out solutions
Abstract: Present the algorithm as one valid representation, not the only one
When students are given multiple ways to engage with math, they don’t just learn better—they start to believe in themselves again.
🌟 Real-Life Transformations
I’ve watched this play out in real classrooms:
Students labeled “average” thrive when math becomes hands-on, playful, and story-driven
Bright learners who felt bored wake up when challenged to solve open-ended problems with no single right answer
Kids who were drowning in symbols light up when they can see or touch the concept
“ADHD” students who couldn’t focus on worksheets hyperfocus when solving tactile puzzles or real-life challenges
When we teach to different minds…
We ignite different strengths.
💡 This Is the Paradigm Shift
Universal Design isn’t about lowering standards.
It’s about unlocking human potential.
It’s not about making things easier.
It’s about making things accessible.
It’s not about “special treatment.”
It’s about smart, inclusive instruction—for every learner.
When we design for the margins,
We elevate the center.
🚀 The Future of Math Education
Imagine classrooms where:
Multiple solution methods are celebrated
Movement, collaboration, and creativity are built into daily math
Students can show mastery through projects, models, or traditional tests
Every student sees themselves as capable—because the system finally meets them where they are
That’s not a fantasy.
That’s Universal Design for Learning in action.
🔥 The Revolutionary Truth
The strategies that help your neurodivergent child?
They aren’t “special.”
They’re just excellent teaching.
Visual supports that help dyscalculic learners?They clarify abstract thinking—for everyone.
Movement breaks for ADHD brains?
They restore focus for all students.
Multiple representations?
They deepen everyone’s understanding.
We don’t need two systems—one for “typical” kids and one for “different” ones.
We need one powerful, flexible, inclusive system—built from the ground up to honor all kinds of minds.
And when we build it?
Everyone learns.Everyone belongs.Everyone thrives.
The curb cuts of education are already here.
It’s time we stop resisting them—and start building the road forward.
Your child isn't offbeat—they're playing a different instrument.
Close your eyes for a moment.
Picture a concert hall filled with a full orchestra—violins, drums, saxophones, piano, flutes, cellos.
Every instrument sounds different.
Each has its own voice, its own timing, its own way of making music.
Now imagine the conductor saying:
“You know what? Let’s make this easier. Everyone just play piano.”
Ridiculous, right?
Yet that’s exactly what we’ve been doing in schools.
We’ve been trying to turn every brain into the same instrument—when the real magic happens when we let each one play its unique part.
🎻 The Dyscalculia Violin: Harmonies Beyond the Expected
Some kids don’t solve math problems the way we expect—they compose them.
They see visual harmonies where others see digits. They process quantity through space, rhythm, and intuition. Their thinking is layered, nonlinear, and often silent—but it’s breathtaking when you slow down enough to hear it.
They’re not offbeat. They’re playing a different melody.
And when we stop handing them worksheets and start handing them room to interpret, design, build, and move? They don’t just find the beat—they become the composers.
🥁 The ADHD Drummer: Rhythm, Energy, Genius
Some learners pulse with momentum. Their thoughts jump, echo, and build like a complex drumline—unpredictable but electric.
They might miss a direction—but invent their own solution.They might interrupt—but it’s because the idea exploded before it could wait its turn.They might fidget—but it’s their brain’s way of dancing through problems in 3D.
To traditional classrooms, it sounds like chaos. But in reality?It’s genius waiting to be given a tempo it can run with.
When we offer challenge, novelty, and freedom to move—these drummers don’t derail the lesson.They drive the innovation.
🎷 The Dyslexic Saxophone: Improvisational Brilliance
Some students learn like jazz musicians—fluid, soulful, improvisational.
They think in story arcs, mental images, metaphors.They may stumble when decoding written instructions—but give them space to interpret the problem aloud or visually, and they light up.
They see across disciplines.They connect dots no one else even knew were dots.They don’t follow the score—they rewrite it.
What looks like struggle on paper is often brilliance in motion.We just have to listen beyond the page.
🎹 The Neurotypical Piano: The Reliable Backbone
And yes—there’s the piano.
Reliable. Rhythmic. Familiar.
These students often thrive with structure, repetition, and step-by-step instruction. Their minds memorize quickly, follow rules naturally, and anchor the rhythm of the classroom.
But even the most beautiful piano solo becomes transcendent when joined by a full orchestra.
We don’t need every student to play piano.We need the piano to support the symphony—not carry it alone.
🎼 The Conductor’s Role: Creating Harmony, Not Uniformity
In this neurological symphony, the teacher—or parent—is the conductor.
Your job isn’t to force every child to play the same notes.
It’s to help each one find their voice—To balance the harmony—To let brilliance emerge in its own timing.
Master conductors know how to:
Feature the ADHD drummer’s creative momentum
Highlight the dyscalculic violinist’s intricate patterns
Make space for the dyslexic saxophone to riff and soar
Use the neurotypical piano as a steady foundation
Together?
You get music no single instrument could create alone.
🎵 When We Let the Symphony Play
When we stop trying to “fix” kids and start orchestrating classrooms with diverse minds in mind:
The dyscalculic child becomes a visual mathematician
The ADHD child becomes an inventive leader
The dyslexic child becomes a conceptual storyteller
The neurotypical child becomes a collaborative anchor
🌟 There Is No Wrong Instrument
This is what every parent needs to hear:
They’re not falling behind—they’re following a different rhythm. One worth listening to.
And when we tune into that?
The music becomes extraordinary.
Your job isn’t to make them more "normal."
It’s to help the world become a better conductor.
And that starts by recognizing the beautiful, brilliantly tuned instrument they already are.
From shame to celebration—how families heal when difference is embraced.
Let’s talk about what rarely gets said out loud:
The emotional cost of raising a child who learns differently.
Because behind every “struggling” student is often a family quietly carrying guilt, fear, exhaustion—and that haunting question:
“What did we do wrong?”
💔 The Hidden Toll of Misunderstood Brains
I’ve sat across from hundreds of parents who whisper painful truths:
“She used to love learning. Now she cries every night.”
“He asked if he’s stupid. I didn’t know how to answer.”
“I feel like I’m failing her every day.”
“I dread parent-teacher conferences—I already know what they’re going to say.”
This is the ripple effect of a system that measures worth by neurotypical standards.
And when a child is constantly compared to that narrow mold?
They internalize: “Something’s wrong with me.”
Parents internalize: “I’m not doing enough.”
Families internalize: “We don’t belong here.”
🔄 The Identity Shift That Changes Everything
But here’s what I’ve also witnessed:
When families flip the script from deficit to difference—Everything changes.`
From guilt to curiosity. From blame to celebration. From “How do I fix this?” to “How do I support this brilliance?
✨ The Maya Moment
Let me tell you about Maya (a composite of many students).
She came to me crying during every math session.
She believed she was “the dumb kid.”
But once we reframed her dyscalculia as a different way of thinking—a spatial superpower—She didn’t just learn math. She reclaimed her identity.
She started saying things like:
“I don’t think slow. I think differently.”“My brain sees math in pictures—other people just don’t get it yet.”
That’s not just progress.
That’s emotional liberation.
🏠 The Family Ripple Effect
When one child heals, the whole family breathes differently.
Parents stop apologizing and start advocating
Siblings learn empathy, not comparison
Extended family shifts from pity to pride
Home becomes a safe space again—not a daily battleground
🌱 Healing Starts with Better Questions
Sometimes, transformation begins not with answers—but with better questions:
❌ “How do we fix this?”✅ “How do we honor this?”
❌ “Why can’t they just…”✅ “What do they need to thrive?”
❌ “What’s wrong with this child?”✅ “What’s powerful about this brain?”
💪 This Is the Strength-Based Revolution
When families embrace neurodiversity:
Kids stop hiding.
Parents stop blaming.
Communities start celebrating.
The world becomes more inclusive, innovative, and human.
And you—yes, you—become part of that movement.
🔥 The Moment It All Changes
There’s always that moment.
When a parent watches their child solve a problem in a totally unexpected way—And instead of saying “That’s not how we do it,” they say:
“Wow. That’s brilliant.”
That’s the moment the shame dissolves.That’s the moment learning really begins.
🌟 The Liberation You Deserve
Because here’s the truth:
Thee problem was never your child. It was the system that didn't know how to see brilliance in a different form.
Your parenting isn’t broken.The mold you were trying to squeeze into is.
You don’t need to make your child more “normal.”
You just need to help them own their extraordinary.
And that shift?
It changes everything—for them, for you, for the world they’ll help shape.
This isn't just tutoring—it's transformation.
After 13+ years and over a thousand neurodivergent students, here’s what I know for sure:
✨ You can’t separate the brain from the heart.
✨ You can’t teach math without honoring the whole child.
✨ And you absolutely can’t build confidence without celebrating the incredible brain sitting across from you.
That’s why MindBridge Math Mastery isn’t just tutoring.
It’s a revolution in how we see, support, and celebrate neurodivergent mathematical minds.
🧠 Math Support Grounded in Neuroscience
Every session I design is rooted in brain-based research—not outdated educational traditions.
Dyscalculia: We build number sense through visual-spatial pathways instead of relying on rote memory.
ADHD: We harness novelty and curiosity to transform math into puzzles and real-world adventures.
Math Anxiety: We create emotional safety before we ever touch a problem—because stressed brains can’t learn.
This isn’t fluff. It’s science-backed, results-driven, emotionally intelligent instruction.
🎨 Multisensory, Universally-Designed Instruction
In my virtual classroom, math isn’t just spoken—it’s built, seen, touched, moved, felt.
Visual learners thrive with color-coded models, diagrams, and number stories.
Kinesthetic learners get hands-on tools and tactile exploration.
Auditory learners hear math through storytelling, rhythm, and verbal processing.
And here’s the best part: when we teach this way from the beginning, every student benefits—not just those with formal diagnoses.
⚡ Executive Functioning Built In
I don’t just teach math. I teach the brain skills that unlock it.
Working memory: We chunk complex steps and use visual maps to offload cognitive load.
Attention regulation: Movement breaks, fidgets, and flexible pacing support neurodivergent focus.
Organization: We use frameworks for problem-solving that honor how each student thinks.
Self-advocacy: Students learn to name their needs and take ownership of their learning.
Because true math success means knowing both what to do and how your brain gets it done.
💬 Real Talk, Real Connection, Real Confidence
What makes MindBridge different?We go there.
When a student says, “I’m just bad at math,” we unpack that belief—and rebuild their identity.
When a parent says, “I’m terrified my child won’t catch up,” we listen deeply and build hope from strengths, not deficits.
When a family feels isolated, we don’t just sympathize—we connect them to a community of celebration.
This is math coaching that speaks to the whole human experience.
🌟 Transformation Stories
Students who once cried over math homework now ask for harder challenges.
Kids who thought they were "broken" discover their brains are pattern-detecting powerhouses.
Families who felt isolated find community and celebration. These aren't just academic wins. They're identity shifts.
🔬 The Science of Celebration
Neuroscience confirms what I see every day:Kids learn faster and retain more when they feel safe, seen, and valued.
That’s why celebration isn’t optional. It’s neurologically essential.
When students feel emotionally safe, higher-order thinking unlocks.
When they see their own strengths reflected back, motivation soars.
When they’re celebrated for how they think—not just what they get right—they transform.
🎯 The MindBridge Difference
Traditional Tutoring | MindBridge Math Mastery |
|---|---|
Focuses on deficits | Amplifies strengths |
Prioritizes speed and accuracy | Prioritizes depth and confidence |
Uses one-size-fits-all methods | Customizes every session |
Treats surface symptoms | Targets root causes |
Avoids emotions | Honors identity and feelings |
🚀 Beyond Math: Building Future-Ready Humans
At MindBridge, we’re not just raising test scores.
We’re raising confident, self-aware, future-ready humans who:
Advocate for themselves
Approach challenges with a growth mindset
Take pride in their neurodiversity
Solve problems with creativity and grit
Know their worth
Because the ultimate goal isn’t passing Algebra.
It’s seeing themselves as brilliant thinkers who belong.
💫 Ready for Transformation?
If this resonates—if you’re ready to stop fighting your child’s brain and start celebrating it—let’s talk.
I offer free 20-minute consultations where we’ll look at your child’s learning profile, explore what’s actually going on beneath the math struggle, and map out a plan to help them thrive.
No pressure. No pitch. Just real connection.Because your child doesn’t need more worksheets.
They need someone who sees them.
From diagnosis to celebration—your next best steps.
You made it to the end—and that tells me something powerful:
You’re ready.
Ready to shift from fixing to honoring, from doubt to confidence, from fear to celebration.
Here’s how to start.
🔄 Step 1: Reframe the Narrative
Old belief: “My child has a disorder.”
New belief: “My child has a difference—and that difference is valuable.”
Try these swaps:
❌ “What’s wrong?” → ✅ “What’s right with this brain?”
❌ “We’re behind.” → ✅ “We’re on our own timeline.”
❌ “This is a problem.” → ✅ “This is a unique operating system.”
Family convo starter:“You know what I love about your brain? It doesn’t work like anyone else’s—and that’s awesome.”
🌟 Step 2: Spot the Strengths
Become a detective for brilliance.
Look for:
💡 Unique pattern recognition
🎨 Creative problem-solving
🔍 Hyperfocus on passions
🧠 Conceptual thinking (even if memorization is hard)
✨ Visual or kinesthetic learning preferences
Mini Mission: For 7 days, jot down 3 things your child does well. Patterns will emerge. Strengths will reveal themselves.
🎯 Step 3: Choose the Right Support
Say no to:
Drill-and-kill tutors
Shame-based behavior systems
Providers who ignore strengths
Say YES to:
Multisensory, strength-based instruction
Professionals who see your child
Confidence-building alongside academics
Interview tip: Ask, “How do you help kids build a positive academic identity?”
🏫 Step 4: Advocate for Inclusive, Brain-Based Instruction
In IEP or 504 meetings:
Ask for multisensory teaching
Push for strength-based goals
Request teacher neurodiversity training
In general ed settings:
Share how your child learns best
Suggest concrete strategies
Be a bridge—not just a watchdog
Script:“My child thrives when learning is visual and interactive. Can we explore ways to support that in class?”
👥 Step 5: Build Your Village
You need:
Teachers who get neurodiversity
Families who live it
Professionals who speak your language
Peers who celebrate your child
Where to find them:
Local or online ND communities
Strength-based therapists or tutors
Inclusive schools or parent groups
Reminder: You don’t have to do this alone.
💪 Step 6: Model Neurodiversity Pride
How you talk about your child’s brain becomes how they see themselves.
Say things like:
“I love how you think differently.”
“The world needs brains like yours.”
“You’re not behind—you’re on your own timeline.”
“I learn so much from the way you think.”
Your language is their mirror. Make it powerful.
🚀 The Ripple Effect
When you do this work—when you shift your mindset and start celebrating your child’s differences—everything changes:
Your child sees their brain as brilliant, not broken.
Your family becomes a safe, affirming space.
Your community benefits from your advocacy.
Your child’s future becomes brighter, wider, more possible.
💫 Your Next Right Step
You don’t have to change everything today.
Just pick one:
Start saying “difference” instead of “disorder”
Celebrate one strength tonight at dinner
Book a consult with someone who sees your child’s potential
Small shifts change everything.
Imagine a world that honors every brain—starting with yours.
Close your eyes and imagine this with me:
A classroom where the teacher begins the day by asking,
“How does your brain learn best today?”
A math lesson infused with movement, visuals, and multiple ways to solve—Not as accommodations……but as standard practice.
A school where fidgets are as common as pencils,
where thinking out loud is celebrated,
and where different doesn’t mean deficient.
A world where your neurodivergent child walks into any learning space and thinks:
“This place was built for minds like mine.”
This isn’t a fantasy.
This is the future we’re building together—one family, one classroom, one mindset shift at a time.
🌍 The Vision: Education Redesigned for Real Brains
In the world we’re creating:
Classrooms are designed for diversity from day one.Multiple learning pathways aren’t “special treatment”—they’re just good teaching.
Teachers are trained to celebrate neurodiversity, not just “manage behaviors.”They see different thinking styles as assets, not obstacles.
Students learn about brain diversity the same way they learn about cultural diversity—as a natural, beautiful part of what makes us human.
Assessment evolves.Essays, models, presentations—all valid, all valued.
Difference is expected.A child pacing while thinking? Drawing to understand a concept?No big deal. Just how that brain works best.
This is the world your child deserves.And it’s the world we’re creating—starting now.
🚀 The Ripple Effect: Today’s Strugglers, Tomorrow’s Innovators
Here’s what happens when we stop trying to fix neurodivergent minds……and start celebrating them:
The ADHD child who can’t sit still becomes the visionary CEO redefining green energy.
The dyscalculic student who sees numbers in pictures becomes the architect designing inclusive cities.
The dyslexic visual-thinker becomes the climate scientist solving problems with imagery others can’t see.
The anxious perfectionist becomes the researcher who changes the game because they questioned everything.
These aren’t feel-good stories.
They’re inevitable when we embrace the truth:
Neurodivergent minds aren’t broken.
They’re exactly what this world needs.
💫 The Human Truth: No Brain Is Average
Let’s get scientific for a second.
Harvard researcher Todd Rose shattered a long-standing myth:
There is no such thing as an “average” brain.
Every single human has a jagged cognitive profile.
Strengths. Challenges. Spikes. Valleys. Unrepeatable brilliance.
The concept of “normal”?🧨 It's a lie. A dangerous one.
When we design for the mythical average,we design for no one.
When we design for diversity,we design for everyone.
Your child’s brain isn’t a deviation.
It’s an instrument in the human symphony.
🎻 And the world needs their music.
🔥 The Revolution Starts With You
Every revolution starts with someone saying,
“This isn’t good enough—not for my child.”
It starts with:
Parents who stop apologizing and start celebrating.
Educators who ditch the one-size-fits-all playbook.
Students who stop masking and start advocating.
Communities that see neurodiversity as brilliance in disguise.
And it starts with you.
Every time you say “difference” instead of “disorder”...Every time you advocate for support that actually fits your child…Every time you look past the struggle and see the strength underneath...
You’re not just helping your child. You’re changing the culture.
🌈 The Future Is Neurodivergent
Let’s be real: the world’s biggest challenges won’t be solved with conventional thinking.
We need:
Pattern disruptors.
Boundary pushers.
Minds that zig where others zag.
We need the exact students who are being told they need fixing.
Because the ones we’re underestimating today?
They’re the ones who will innovate tomorrow.
💝 Your Invitation to Join the Revolution
Let’s stop trying to fit kids into broken systems.
Let’s build systems that fit them.
Let’s stop asking our children to change their brains...
And start changing the world to honor their brilliance.
The future of education—The future of innovation—The future of humanity—🎯 Depends on the wildly beautiful, brilliantly complex, perfectly designed neurodivergent minds we’re raising today.
And it all begins with seeing your child’s struggle…as strength, waiting to be understood.
🚀 Ready to Begin?
Right now, your child is either:
Believing they're broken, or
Discovering they're brilliant
The difference?
How the adults in their life see their beautiful, complex, perfectly-designed brain. Your next conversation with them starts that transformation.
🎁 Ready to begin? Start with a free 20-minute consultation where we'll explore your child's unique mathematical mind and create a roadmap to confidence.
✍️ About the Author
Ms. Susan Ardila is an Educational Clinician, math interventionist, and fierce advocate for neurodiverse learners. With over a decade of experience, she helps students unlock their strengths through multisensory math, executive functioning support, and radically individualized instruction. As the founder of MindBridge Math Mastery, Susan works closely with families who’ve been dismissed or misunderstood—offering not just academic help, but hope.`
Sources and References
Van Bergen, E., et al. (2024). Co-Occurrence and Causality Among ADHD, Dyslexia, and Dyscalculia. Psychological Science. https://journals.sagepub.com/doi/10.1177/09567976241293999
Gaye, F., et al. (2024). Working Memory and Math Skills in Children with and without ADHD. Neuropsychology, American Psychological Association.
Kofler, M.J., et al. (2024). Working memory and inhibitory control deficits in children with ADHD. Frontiers in Psychiatry.
Zhang, J., et al. (2024). The Role of Executive Function in the Co-occurrence of ADHD and Learning Disabilities. IMR Press.
Educational Psychology Study (2023). Multisensory Math Instruction and Student Performance Across Learning Profiles. Educational Psychology Journal.
CAST (Center for Applied Special Technology). Universal Design for Learning Guidelines and Research. https://www.cast.org/
Stanford Research Institute (2023). Impact of Accommodations on Student Performance Across Ability Levels. Educational Research Quarterly.
Rose, T. (2016). The End of Average: How We Succeed in a World That Values Sameness. Harvard University Press.
Rose, T. (2016). The Myth of Average. TEDxSonomaCounty. https://www.youtube.com/watch?v=4eBmyttcfU4
Moll, K., et al. (2021). Interpreting the Comorbidity of Learning Disorders. Frontiers in Human Neuroscience.
Branca, M. (2025). Shared Genetic Roots for ADHD, Dyslexia, and Dyscalculia. Inside Precision Medicine.
Dolan, E. (2025). Shared genes explain why ADHD, dyslexia, and dyscalculia often occur together. PsyPost.
Tyack, D. & Cuban, L. (1995). Tinkering Toward Utopia: A Century of Public School Reform. Harvard University Press.
Robinson, K. (2006). Do Schools Kill Creativity? TED Talk. https://www.ted.com/talks/ken_robinson_do_schools_kill_creativity
Immordino-Yang, M.H. (2016). Emotions, Learning, and the Brain: Exploring the Educational Implications of Affective Neuroscience. W. W. Norton & Company.
Willis, J. (2006). Research-Based Strategies to Ignite Student Learning. Association for Supervision and Curriculum Development.
Butterworth, B. (2019). Dyscalculia: From Science to Education. Routledge.
Chinn, S. (2020). The Trouble with Maths: A Practical Guide to Helping Learners with Numeracy Difficulties. Routledge.
Barkley, R.A. (2020). Taking Charge of ADHD: The Complete, Authoritative Guide for Parents. Guilford Press.
Brown, T.E. (2013). A New Understanding of ADHD in Children and Adults: Executive Function Impairments. Routledge.
Armstrong, T. (2012). Neurodiversity in the Classroom: Strength-Based Strategies to Help Students with Special Needs Succeed in School and Life. ASCD.
Armstrong, T. (2010). The Power of Neurodiversity: Unleashing the Advantages of Your Differently Wired Brain. Da Capo Lifelong Books.
Grandin, T. & Panek, R. (2013). The Autistic Brain: Thinking Across the Spectrum. Houghton Mifflin Harcourt.
Meyer, A., Rose, D.H., & Gordon, D. (2014). Universal Design for Learning: Theory and Practice. CAST Professional Publishing.
Tomlinson, C.A. (2017). How to Differentiate Instruction in Academically Diverse Classrooms. ASCD.
Novak, K. (2016). UDL Now!: A Teacher's Guide to Applying Universal Design for Learning in Today's Classrooms. CAST Professional Publishing.
Frances, A. (2013). Saving Normal: An Insider’s Revolt Against Out-of-Control Psychiatric Diagnosis. HarperCollins.
American Psychiatric Association. (2013). Diagnostic and Statistical Manual of Mental Disorders (5th ed.). APA Publishing.
National Center for Learning Disabilities. https://www.ncld.org/
Understood.org. Comprehensive resource for learning and thinking differences.
CHADD (Children and Adults with ADHD). https://chadd.org/
International Dyslexia Association. https://dyslexiaida.org/
Dyscalculia.org. Resources and research on mathematical learning differences.
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