Math Strategies for Children with ADHD and Dyslexia
"Neurodivergent learners often require different pedagogical approaches. Discover strategies that cater to their unique brain wiring."
Children with ADHD, Dyslexia, and Dyscalculia often face intense frustrations in traditional math classrooms. Their brains process information differently, meaning standard "sit still and memorize this worksheet" pedagogies actively work against their neurological strengths.
ADHD: Movement and Chunking
Children with ADHD often struggle with working memory and sustained attention. Long, multi-step math problems can cause them to shut down entirely.
- ✦Chunking: Break a 10-problem worksheet into five 2-problem chunks. Cover up the rest of the page with a blank piece of paper to reduce visual overwhelm.
- ✦Kinesthetic Learning: Let them stand, bounce on an exercise ball, or pace while doing mental math. Physical movement can actually help their brains focus.
- ✦Color Coding: Use different colored highlighters to mark the steps in a long division problem (e.g., green for divide, pink for multiply, yellow for subtract).
Dyslexia and Math
Dyslexia is known as a reading disorder, but it heavily impacts math, particularly word problems and sequencing. A student might conceptually understand a word problem, but fail it because they misread or jumbled the words.
The solution is to decouple the math from the reading. Read word problems aloud to them. Allow them to listen to the math, process the logic, and solve the numbers without being blocked by decoding text.
Dyscalculia is a specific learning disability affecting a child's ability to understand number-based information (often called "math dyslexia"). These children struggle to comprehend that the symbol "5" represents five distinct objects. They require intense, repetitive use of physical manipulatives (blocks, beads) to build number sense.
Highlight Strengths
Neurodivergent children are often brilliant out-of-the-box thinkers possessing incredible spatial awareness and creativity. Celebrate when they solve a math problem using a strange, unconventional, but logically sound method. Do not force them to solve it "the school's way" as long as their mathematical logic holds true.