A research-based guide for parents
What might be behind your child's difficulty with maths?
About 3–7% of school-age children have a mathematics learning difficulty. The signs are often read as "not working hard enough", yet the literature links them to neurocognitive differences in number-processing circuits. This guide offers ways to observe, assess and support.
A three-step family journey
- 01
Understand first
Read the guide covering the definition, signs by age and co-occurring conditions. Accurate information reduces uncertainty and anxiety.
What is dyscalculia? → - 02
Assess scientifically
Numap estimates risk against Turkish norms for ages 4–10 (≈15 min). For grades 1–5 you can also use the quick screeners on this site.
Screening tests → - 03
Support systematically
Galaksay modules and DokunSay tools are designed for short, regular, graded practice. Plan jointly with the teacher.
Intervention pathway →
An observation-based approach
Early signs usually show up at home, during play and daily routines. Keeping a diary or using a checklist speeds up the identification process. These questions can guide you:
- Can the child recognise small sets (1–4 objects) instantly without counting?
- Do they answer "more / less" comparisons consistently?
- Do they skip objects or count the same object twice?
- Do they struggle with everyday quantities such as time, money and measures?
- Do they show anxiety responses (stomach ache, crying) before maths activities?
Avoid labelling
Reading a child's capacity as "laziness" or "lack of interest" deepens maths anxiety. Dyscalculia is a difference specific to number processing and independent of intelligence. A family attitude that frames failure as an area to work on, not a personal deficit, protects the child's motivation to learn.
Daily maths practice at home
Regularity over duration
10–20 minutes a day beats a single long session a week.
Start with concrete materials
Number rods, counters and measuring cups embody the concept (the CRA approach).
Accept mistakes
Treating an error as information to explore together, not a fault to correct, lowers anxiety.
Everyday contexts
Change at the shop, measures in the kitchen, time in games: real contexts support transfer.
Family–school collaboration
Regular contact
Meet the class teacher and counsellor every two weeks; share observations both ways.
Shared goals
The school support plan and home practice should target the same outcomes; conflicting methods strain the child.
Data-based monitoring
Share screening reports with the teacher; decide on the basis of progress data.
Specialist support
If doubt persists, seek a referral to an educational psychologist or child development specialist.
Sibling dynamics
Comparison with siblings deepens anxiety; emphasise individual progress.
Sustained effort
6–12 months of systematic support, rather than one-off intervention, brings lasting change.
Frequently asked questions
Could my child simply be afraid of maths?
Maths anxiety and dyscalculia are different but feed each other. A scientific assessment can distinguish an anxiety-driven picture from a neurodevelopmental difference.
When should I seek specialist support?
If the signs have lasted at least 6 months and performance is clearly below peers, a comprehensive assessment is recommended.
Should I run the test at home?
Use a quiet, distraction-free setting with an adult present. Interpret the report together with the school counsellor or a specialist.
Is something wrong with my child's intelligence?
No. Dyscalculia is independent of intelligence and occurs in children of average and above-average ability.
The information on this page is for education and awareness. For a clinical diagnosis always consult a specialist (child and adolescent mental health, child development, educational psychology).
Turn suspicion into science
For ages 4–10, assess with Numap in about 15 minutes against Turkish norms; for grades 1–5, try the free quick screeners.