Dear Sue,
My daughter Julia is 16 and has dyscalculia. She has always struggled with math, but this year has been especially hard. The school placed her in a curriculum that is far too advanced for her. They keep insisting she can “rise to the challenge,” but what I see is a child who is overwhelmed, frustrated, and starting to believe she’ll never catch up.
She cries over her homework and says she feels stupid. I’ve asked the school to adjust the work to her level, but they’ve refused, even though she was promised tailored support. I’m now considering withdrawing her and organizing a program myself, but I don’t want to miss any important aspects of the curriculum.
Sue, is there still hope at 16? What exactly should she be working on, and how can I be sure she isn’t left behind?
Ariana
Dear Ariana
Thank you for writing so honestly. First, please hear this: it is not too late for Julia. Dyscalculia makes learning math harder, but with the right approach, even older students can build the foundations they were never given the chance to master.
Let me show you what those foundations look like, and what often gets overlooked when schools focus only on age or grade level.
The cognitive foundations
For students with dyscalculia, the problem is not only missing curriculum content. Often, the underlying cognitive skills that support math are weak. These include:
- Visual-spatial skills for aligning numbers and understanding place value
- Working memory for holding steps in multi-step problems
- Sequencing for following procedures in the correct order
- Logical reasoning for making sense of operations and patterns
Without strengthening these areas, even repeated practice won’t stick. This is why our program combines cognitive training with math instruction — so that while Julia learns the content, she is also building the mental skills that make future learning possible.
The core math foundation (Edublox Dyscalculia Program)
Even at 16, Julia will benefit from strengthening the essential building blocks of mathematics. Our program covers the full range of procedural math needed before moving into algebra:
- Counting: Forward and backward in 1s; tables 2–15; extended skip counting (20s, 25s); multiplication and division facts.
- Mental Math: Addition, subtraction; later exponents, and square roots.
- Procedural Math:
- Multi-digit addition, subtraction, multiplication (up to 3×3), long division
- Fractions (all four operations, conversion, simplification, fractions of whole numbers, mixed numbers)
- Order of operations
- Decimals
- Percentages
- Integers
- Place Value: Reading and writing numbers up to 100 millions, tenths/hundredths/thousandths before decimals.
This sequence provides the core arithmetic skills from 4th to 6th grade, ensuring that students are ready for algebra upon completion.
What’s missing
Typical curricula also include additional strands that are important, but they should come after the foundations are secure:
- Geometry: Angles, perimeter, area, volume, symmetry, coordinate plane
- Measurement: Units of length, weight, and capacity; metric/imperial conversions
- Data & Probability: Graphs, averages (mean/median/mode), and introductory probability
- Problem-Solving Applications: Multi-step word problems that integrate these areas and teach students how to apply concepts in real life
By combining foundational work with these supplementary strands, Julia will not only catch up on the basics but also meet the broader expectations of a full curriculum.
The path forward
It is not too late. Julia’s diagnosis explains her struggles, but it does not define her potential. By meeting her where she truly is — rather than where the school thinks she “should” be — she can rebuild her math skills step by step. The goal is not just passing a grade, but gaining the confidence and competence to move forward into algebra and beyond.
With consistent teaching, cognitive training, and the right pacing, students with dyscalculia can make remarkable progress — even in their teens.
Warm regards,
Sue
More about Sue
Sue is an educational specialist in learning difficulties with a B.A. Honors in Psychology and a B.D. degree. Early in her career, Sue was instrumental in training over 3,000 teachers and tutors, providing them with the foundational and practical understanding to facilitate cognitive development among children who struggle to read and write. With over 30 years of research to her name, she conceptualized the Edublox teaching and learning methods that have helped thousands of children worldwide. In 2007, she opened the first Edublox reading and learning clinic; today, there are 30 clinics internationally. Sue treasures the “hero” stories of students whose self-esteem soars as their marks improve.
