When Giftedness and Dyscalculia Collide: Understanding the 2e Math Experience
Your child can explain complex scientific concepts, solve problems in creative ways, or talk at length about their favorite subjects. But when it comes to math homework, even basic addition can bring them to tears.
For parents of gifted and twice-exceptional (2e) children, this disconnect can be confusing. How can a child who demonstrates such advanced thinking struggle with something that seems so simple?
Sometimes, the answer is dyscalculia.
Dyscalculia is a learning disability that affects how a person understands numbers, processes mathematical information, and performs calculations. When dyscalculia and giftedness occur together, a child's strengths can sometimes mask their math difficulties—and their math difficulties can make their strengths harder to recognize.
Understanding this intersection is an important first step toward helping 2e learners get the support they need.
What Does It Mean to Be Twice Exceptional?
Twice exceptional, or 2e, describes individuals who are both gifted and have a learning disability or other learning difference.
A 2e child may have exceptional verbal reasoning, creativity, memory, or problem-solving abilities while also struggling significantly in one or more academic areas.
Dyscalculia can be part of this picture.
A child might have an incredible vocabulary, an advanced understanding of science, or sophisticated reasoning skills while struggling to recognize quantities, remember basic math facts, or understand place value.
This uneven development can make it difficult for parents and educators to understand what a child can actually do independently and where they need support.
The 2e Dilemma: When Strengths and Struggles Mask Each Other
One of the biggest challenges of twice exceptionality is that giftedness and learning disabilities can sometimes hide one another.
A gifted child may use advanced reasoning or creative strategies to compensate for weak foundational math skills. They may arrive at the correct answer without fully understanding the mathematical concept underneath it.
The opposite can happen, too. A child's struggles with basic calculations may cause adults to underestimate their mathematical reasoning abilities.
This can create a frustrating situation for everyone involved. Parents may see a child who is capable of much more than their schoolwork suggests, while teachers may see a student who isn't consistently demonstrating their apparent abilities.
Both can be true.
A 2e learner may be years ahead of their peers in one area while needing significant support in another. This is sometimes referred to as asynchronous development.
The goal isn't to decide whether a child is "gifted" or "struggling." It's to recognize both.
What Can Dyscalculia Look Like?
Dyscalculia looks different from child to child. Some students struggle primarily with number sense, while others have difficulty with calculation, math facts, or visual-spatial concepts.
Some common signs include:
Difficulty understanding quantities: A child may struggle to recognize how much a number represents, compare quantities, or recognize numerical patterns.
Persistent reliance on counting: They may continue counting on their fingers or counting in ones long after their peers have moved to more efficient strategies.
Difficulty recalling math facts: Basic addition, subtraction, multiplication, or division facts may remain difficult to retrieve even after extensive practice.
Difficulty with calculation: A child may understand what a problem is asking but struggle to accurately or efficiently carry out the calculations.
Math frustration or avoidance: A child who enjoys learning in other areas may become anxious, frustrated, or resistant when faced with math.
For a gifted child, these difficulties can be particularly frustrating. They may understand complex ideas but struggle with skills that appear "easy" to everyone else.
Why More Practice Isn't Always the Answer
When a child struggles with math, two common responses are to avoid the difficult topic and hope development will eventually make it easier, or to provide more practice without changing the instruction. Neither approach necessarily addresses why the student is struggling.
Practice is an important part of learning, but practice works best when it is part of a feedback loop. When a student continues to struggle, instruction should respond by identifying missing prerequisite skills, explicitly teaching the underlying concepts, and adjusting based on how the student responds.
For example, a student struggling to add fractions may be given page after page of fraction problems. But if that student does not yet understand that the denominator describes the size of the equal parts, additional repetitions may simply provide more opportunities to practice a procedure that does not make sense. Effective instruction identifies the conceptual gap, teaches it explicitly, and then provides purposeful practice to strengthen and apply the new understanding.
This is especially important for 2e learners. Advanced reasoning and verbal abilities can allow a student to engage with complex ideas while masking very specific gaps in prerequisite knowledge. These students should not have to choose between being challenged and getting the support they need.
How Can Parents Support a 2e Child With Dyscalculia?
1. Identify strengths and gaps.
Look at the whole child. What do they do exceptionally well? Where do they consistently struggle? Understanding both sides of their learning profile can help guide instruction and support.
2. Make math concrete and visual.
Students with math difficulties often benefit from physical objects and visual models. The Concrete–Representational–Abstract (CRA) approach moves students from hands-on materials, to visual representations, to abstract numbers and symbols.
This helps children connect what they can see and manipulate with the mathematical concepts they're expected to understand.
3. Teach explicitly and systematically.
Break concepts into manageable steps and identify prerequisite skills before moving forward. Don't assume a child has mastered a concept simply because they've encountered it before.
4. Use their strengths and interests.
A child's interests can provide a powerful way to engage them in learning. If they love science, incorporate measurement or data. If they love storytelling, explore mathematical word problems through stories.
The goal isn't to avoid areas of difficulty, but to use existing strengths to support learning.
5. Advocate for both challenge and support.
2e students need opportunities to develop their strengths while receiving appropriate support for their learning differences.
If your child has an IEP or 504 plan, make sure their strengths, challenges, accommodations, and instructional needs are all represented.
6. Protect their confidence.
Repeated struggles can change how children see themselves as learners. Celebrate progress, recognize effort and effective strategies, and remind them that needing support doesn't diminish their abilities.
Look at the Whole Child
Raising or teaching a twice-exceptional child can sometimes feel like navigating two completely different learning experiences at once.
You may see remarkable abilities in one moment and significant struggles in the next.
When dyscalculia is part of that picture, it's easy to focus on what a child can't yet do. But their math difficulties don't define their potential.
The goal is to understand the whole learner: where they struggle, where they thrive, and what kind of instruction can help them move forward.
A child shouldn't have to choose between being challenged and being supported.
Want to Learn More About Dyscalculia?
Dyscalculia is often misunderstood, and families don't have to navigate it alone.
Just starting your journey to understanding dyscalculia? Start here: What Is Dyscalculia?
This blog post covers everything from how to pronounce dyscalculia and what testing looks like to what dyscalculia can look like long term. Think of it as your dyscalculia crash course!
Ready to dive deeper? 🎧 Check out our Unlocking Dyscalculia podcast, where we talk with experts in the field of mathematics about all things dyscalculia.
Wondering whether your child’s math struggles may be related to dyscalculia or dyslexia? We’ve got you covered. Check out our article on how dyslexia affects math to learn more.
And if you’re looking for math accommodations, check out our Math Accommodations Generator to find accommodations that may support your learner.
Looking for more support for 2e learners in math? Check out Made for Math’s founder and CEO, Adrianne Meldrum, in 2e Math Solutions: Resources.
There’s no one-size-fits-all answer when it comes to math struggles—but the more you understand, the better equipped you are to find the right support. 💙
If you’d like math support for your 2e child, consider scheduling a discovery call with Made for Math. We’ll help you identify if our individualized solo lessons are a match for your child.
About Made for Math
Made for Math provides individualized online math intervention for students with dyscalculia and other learning differences. Through structured, explicit instruction and the Concrete–Representational–Abstract (CRA) approach, Made for Math helps students build mathematical understanding, fluency, and confidence.
Learn more at madeformath.com.
Author:
Jennie Boitano
Marketing and Customer Relations Representative
Jennie is our Marketing Assistant and content creator at Made for Math. She loves being part of a company that is working to make mathematics accessible to children with dyscalculia.
