Prevalence of Dyscalculia and Math AnxietyAmong College Students

Mathematics-related learning difficulties and emotional barriers such as math anxiety are increasingly
recognized as significant challenges among college students. The present study aimed to assess the
prevalence of dyscalculia and math anxiety among college students. A cross-sectional descriptive research
design was adopted, and the study was conducted among 60 undergraduate and postgraduate students aged
18–25 years from arts, science, and commerce streams, selected using a stratified random sampling
technique. Data were collected using a self-structured questionnaire designed to assess math anxiety levels
and related learning difficulties. Descriptive statistical methods, including frequency, percentage, mean,
and standard deviation, were used for data analysis. The results revealed that a substantial proportion of
students experienced moderate to high levels of math anxiety, indicating that math anxiety is prevalent
among college students. The findings highlight the need for early identification, academic support, and
targeted interventions to reduce math anxiety and address learning difficulties related to mathematics. The
study emphasizes the importance of creating supportive learning environments in higher education
institutions to enhance students’ confidence and performance in mathematics.

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Dyscalculia-Friendly Teaching Strategies

If you have students with dyscalculia, the first step is diagnosis.

Once the student has that, you can work with the school psychologist and learning specialists to follow the IEP and 504 plan (since some students with dyscalculia may have co-occurring diagnoses).

A classroom teacher has to differentiate instruction for students with dyscalculia in four main ways:

Make Math Visual

Not only should you lean into manipulatives and diagrams, but you should also provide anchor charts and templates.

Read all strategies HERE

Understanding Dyscalculia: A Guide for Educators

Review of the Research Literature on Dyscalculia: from Genetic Genealogy to Adaptive Teaching Tools

Dyscalculia is a common neurodevelopmental disorder characterized by difficulties in processing numerical information, understanding quantitative concepts, and performing simple mathematical calculations, and is seen in approximately 3 to 7 percent of children. This article reviews 61 studies between 2006 and 2025 to analyse the strategies and challenges of cognitive, neurological, and technological interventions. The results show that dyscalculia is a heterogeneous disorder and is associated with problems such as poor working memory, attention, cognitive inhibition, and math anxiety. Brain imaging findings such as fMRI show reduced activity in areas related to number perception, such as the interparietal sulcus and angular gyrus. Differences in the brain networks of children with dyscalculia can also help identify specific cognitive profiles. Four areas of intervention are proposed, including structured instruction, adaptive digital tools, early screening, and neurophysiological interventions (such as brain stimulation). Tools such as Calcularis and EDSense are effective in improving numerical skills and reducing anxiety. However, children with co-occurring disorders such as dyslexia or ADHD respond less well to interventions. Genetic studies also suggest genetic overlap between these disorders and deletions of genes such as 15q11.2. Finally, the need to design multi-layered, personalized interventions and use new technologies is emphasized to map out a more effective path to identifying and treating dyscalculia.

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How Is Dyscalculia Diagnosed in Children

How is dyscalculia diagnosed, and why does it matter for a child’s future in school? Dyscalculia is a specific learning disorder that affects a person’s ability to understand numbers and core math concepts. While many children experience temporary math struggles, dyscalculia involves persistent math difficulties that interfere with learning, problem solving skills, and everyday math related tasks.

In the classroom, these challenges may appear as trouble learning basic math facts, completing math homework, or solving math word problems. At home, a child might struggle to count change, read an analog clock, or remember phone numbers. Because math skills are foundational for mathematics and other subjects, early identification is essential.

Parents and teachers often notice common signs but feel unsure about what they mean. Is it anxiety, lack of practice, ADHD, or a specific learning disability? Understanding how is dyscalculia diagnosed helps families determine the right assessment process and secure appropriate support.

This article explains the diagnosis step by step, clarifies the signs of dyscalculia in school age children, and outlines how professionals determine whether a child’s math difficulties reflect a learning difference or a formal learning disability.

Read the article HERE

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