Math experts recommend a multi-sensory approach to math instruction

25 February, 2025

Mathematics can feel like an unsolvable puzzle for students. Research estimates that 3–6% of the population struggles with dyscalculia, making math anxiety a common challenge. Since traditional teaching methods rely on memorization, students with dyscalculia need alternative strategies - this is where multisensory learning comes in.

What is Dyscalculia?

Dyscalculia is often referred to as “math dyslexia” because it disrupts number processing. It’s more than struggling with math—it affects understanding numerical relationships, sequencing, and performing calculations.

Common signs of dyscalculia include:

✔ Difficulty recognizing numbers and symbols

✔ Struggling with arithmetic (addition, subtraction)

✔ Problems understanding time, money, and sequences

✔ Anxiety when faced with math tasks

Since conventional methods don’t address these challenges, multisensory learning offers a more effective approach.

Why multisensory math works

Multisensory learning activates visual, auditory, and kinesthetic pathways to strengthen comprehension and memory. Instead of relying solely on numbers and symbols, it makes math interactive and engaging.

Visual learning: Number lines, color coding, and diagrams make abstract concepts concrete.

Auditory learning: Verbal explanations and rhythmic counting enhance retention.

Kinesthetic learning: Hands-on activities and movement-based exercises reinforce learning.

These bottlenecks have long plagued computational science, but AI-driven solutions are beginning to change the landscape.

What does research say?

A study on multisensory instruction found that students who engaged in hands-on math activities improved significantly in subtraction tasks.

The International Dyslexia Association highlights that multisensory instruction strengthens memory and cognitive processing.

The Journal of Learning Disabilities reports that students with dyscalculia perform better with multisensory teaching than with traditional methods.

These findings confirm that multisensory approaches are crucial for learners with math difficulties.

How Calcularis supports multisensory math learning

One of the most effective tools for students with dyscalculia is Calcularis, an AI-powered platform designed to provide adaptive, multisensory math instruction.

What Makes Calcularis Unique?

How do children benefit from the combination of Grafari and the writing lab? It’s a true paradigm shift. Children are assessed only on what they’ve actually learned — ensuring fairness and boosting confidence. Errors then become genuine learning opportunities, not signs of failure. This fosters motivation and effort: when students know they’re only evaluated on skills they’ve mastered, spelling starts to make sense — and even becomes enjoyable.

Do children find AI-assisted learning motivating or intimidating? Highly motivating. They build a solid foundation that allows them to use editing and correction tools meaningfully. AI isn’t seen as a competitor but as a helpful partner in learning.

Step-by-Step Progression: Gradual skill-building reduces frustration and boosts confidence.

Proven Results: Studies show that students using Calcularis improve their math skills by up to 45%.

By integrating multisensory strategies with AI-driven adaptability, Calcularis provides a powerful solution for students struggling with math.

Conclusion:

As research continues to highlight the benefits of multisensory learning, more educators and parents are turning to innovative tools like Calcularis. By combining proven teaching strategies with adaptive digital solutions, we can empower students with dyscalculia to succeed in math and beyond. Want to transform math learning? Discover how Calcularis can help today!

Visit Calcularis today