Conquering Math: Effective Strategies for Students with ADHD

Math, a subject often perceived as challenging, can present unique obstacles for students with Attention-Deficit/Hyperactivity Disorder (ADHD). However, with tailored strategies and a supportive approach, these students can not only overcome these challenges but also thrive in mathematics. This article explores the specific difficulties faced by students with ADHD in math and provides practical, research-backed solutions for educators and parents.

Understanding the Challenges: Why Math is Harder for Students with ADHD

Students affected by ADHD often struggle with math due to underlying issues with memory and difficulty in filtering out external stimuli. Memory, a crucial executive function, is where information is stored for later use. Executive functions encompass vital skills such as reasoning, planning, and task switching. Children with ADHD frequently exhibit executive function deficits, which can significantly impact their academic performance, especially in math.

Research indicates a strong correlation between ADHD and math difficulties. For example, children exhibiting low math performance are nearly four times more likely to display ADHD symptoms compared to their peers. These students often struggle with working memory and sustained attention, both of which are essential for problem-solving and computation.

The Impact of Working Memory

Working memory, the ability to hold and manipulate information in mind, is often compromised in individuals with ADHD. The Baddeley model of working memory posits a multi-component system, including a domain-general central executive and two domain-specific subsystems - phonological short-term memory and visuospatial short-term memory. All three working/short-term memory components exert a significant and approximately equal effect on latent math skills. Deficits in working memory can make it difficult to remember the steps of a math problem or to keep track of multiple pieces of information simultaneously.

Challenges with Attention and Focus

Beyond memory, difficulties with focus and attention are also significant barriers. Staying focused on a single task requires substantial mental effort, which can be particularly challenging for students with ADHD who often seek constant stimulation. This can make completing complex proofs, intricate word problems, or multi-step calculations feel insurmountable.

Read also: Navigating Math Courses

Co-occurring Learning Differences

It's also important to recognize that ADHD can co-occur with other learning differences, such as dyslexia and dyscalculia. Dyslexia, which primarily affects reading and language skills, can impact the understanding of math symbols and sequencing. Dyscalculia, a specific learning disability, directly impairs the ability to understand and work with numbers. Recognizing and addressing these co-occurring conditions is crucial for providing effective support.

Strategies for Success: Tailoring Math Instruction for Students with ADHD

Recognizing the specific challenges faced by students with ADHD is the first step. The next is implementing strategies that cater to their unique learning styles and needs. These strategies encompass modifications to teaching methods, classroom environment, and homework routines.

Creating a Structured and Predictable Environment

Unstructured time and unpredictable schedules can be difficult for children with ADHD to manage. Establishing a daily routine provides external structure that ADHD brains often thrive on. A reliable routine reduces the need for the child to self-organize (an area of weakness) and creates helpful habits over time. It also lowers anxiety - the child knows what comes next, rather than feeling overwhelmed by a seemingly chaotic day. In short, making math practice a consistent part of the daily rhythm can set ADHD learners up for calmer, more focused study sessions.

Short, Focused Sessions

Instead of long, draining homework sessions, aim for short bursts of math practice (e.g. 10-20 minutes) at a consistent time each day. Children with ADHD have limited sustained attention spans, so a brief, focused session is more productive than an hour of struggling. Frequent short sessions also align with how ADHD brains work best - they reduce cognitive overload and leverage the fact that focus can be sharper in short intervals. Set a timer to create a clear endpoint, which can help the child stay on task knowing a break is coming.

Visual Schedules and Checklists

Make the routine predictable by visualizing it. A simple chart or visual schedule can outline the steps of the math session (for example: 5 minutes of flash cards, 10 minutes of problem solving, then a reward). The child can refer to the schedule to know “what’s next,” which provides structure and a sense of accomplishment as they check off each item.

Incorporating Movement and Brain Breaks

Integrating physical activity into the routine can improve focus. Begin the math session with a quick movement break - do 5 jumping jacks or a silly dance - or use a kinesthetic learning activity (like hopping along a number line drawn on the floor). A short burst of “brain exercise” before or during math time can help an antsy child reset and channel their energy into the task. Focus breaks are 2-5 minute breaks when the student steps away from his homework, even if it’s in the middle of a long mathematical problem, and does something unrelated to his work. This might be spending a few minutes on his phone, playing fetch with the dog, or better yet, a brain exercise to strengthen his focus.

Multi-Sensory Learning

Traditional sit-and-write math drills may not hold the attention of an ADHD learner. Try to engage multiple senses to make math more immersive. For example, use colorful manipulatives (like blocks, beads, or Lego pieces) to represent math problems so the child can touch and see the concepts. Draw out word problems as cartoons together, or practice math facts by clapping, singing, or using apps with auditory feedback.

Explicit Instruction and Breaking Down Problems

Provide explicit instruction on math skills. This means teaching students the specific skills they need to be successful in math, such as how to add, subtract, multiply, and divide. Break down complex math problems into smaller steps. This can make problems seem less daunting and help students to understand the steps involved in solving them.

Highlighting Key Information

Highlight key words and key concepts. It is easy for students to miss the key information, either in a problem or in the directions. Have your student highlight math signs and symbols. Make colored pens, markers, and highlighters your kid’s best friend by encouraging her to color or highlight the sign, - + = x ÷, of each problem because it is a visual reminder to the student of the kind of math operation needed to solve the problem.

Visual Aids and Manipulatives

When planning math lessons, it’s crucial to provide multiple representations of mathematical concepts. This means using a variety of methods to explain and illustrate math concepts, such as using visual aids, hands-on activities, and real-world examples. Provide the student with manipulatives. Manipulatives give students an opportunity to use concrete objects to practice math concepts.

Read also: Strategies for Adult Math Success

Addressing Word Problems

For students with ADHD, the stumbling block with word problems lies in the combination of words and numbers that make it difficult to store the information in their memory as they progress through the problem. Have your student read the problem in small parts and draw a picture of the part he just read. This breaks the word problem into chunks, allowing the student to place just a small piece of information into his head.

Providing Regular Feedback and Positive Reinforcement

Motivation can be a huge hurdle in math, especially if the child has faced repeated frustration. ADHD brains are known to crave immediate rewards and feedback due to differences in dopamine regulation. Use this to your advantage by making sure the child gets quick, positive feedback during the routine. Check their work together and celebrate even small successes.

Leveraging Interests

One way to combat the “boring” reputation of math is to integrate your child’s personal interests. ADHD kids often can focus intensely when the material is interesting to them. So, if your child loves dinosaurs, make the word problems about T-Rexes and Triceratops. If they’re into Minecraft, use blocks or pickaxe icons in the math problems.

Utilizing Technology

Tools to focus on concepts rather than on memory: Allow students to use a calculator, chart of math facts, or computer software. Calculators or math fact charts enable students to learn more advanced math concepts without having to worry about their memory skills failing them. Software programs and games automatically move a student from one problem to the next. As soon as one question is answered, the next one appears.

Strong Homework and Study Habits

Refer to class notes. Have your child review examples of similar math problems they’ve already solved if they’re stuck on homework. Too often, students with ADHD operate under an “I either know it or I don’t” mentality, and they give up when they see something new. Compare notes with classmates. Confer with friends to fill gaps and reinforce learning, especially if your child’s notes are unreliable. Create and take practice tests to study for upcoming exams.

Collaboration and Communication

Open communication between parents, teachers, and the student is essential. Regular meetings to discuss progress, challenges, and adjustments to strategies can ensure that the student receives consistent and tailored support.

Accommodations and Modifications

Provide students with worksheets that have the problems already written on them. When students with ADHD copy problems from the board or a book, they may copy some problems down incorrectly. Leave plenty of space on worksheets for students to solve the problems. It can be a challenge to organize and fit answers into small spaces and make it neat. Limit the need for showing work: Require students to “show work” on only a few problems. Showing work on math problems increases the length of time necessary to complete the problem and makes them more tedious.

Addressing Underlying Skills

Students with ADHD frequently demonstrate deficits in working memory and in multiple domains of math skills, including underdeveloped problem-solving and computation skills. All three working/short-term memory components exert a significant and approximately equal effect on latent math skills. Address and improve underlying skills.

The Role of Working Memory in Math Performance

Children with ADHD frequently demonstrate deficits in working memory and in multiple domains of math skills, including underdeveloped problem-solving and computation skills. Working memory refers to the active, top-down manipulation of information held in short-term memory. Working memory deficits are pervasive in ADHD, with meta-analytic reviews indicating large magnitude differences between ADHD and non-ADHD groups and recent studies consistently reporting that between 62-85% of children with ADHD exhibit working memory deficits when assessed using well-validated working memory tests derived from the cognitive literature.

Understanding the Baddeley Model

The Baddeley model of working memory posits a multi-component system, including a domain-general central executive and two domain-specific subsystems - phonological short-term memory and visuospatial short-term memory. The central executive is the “working” component of working memory and is responsible for the continuous updating, dual-processing, and serial/temporal ordering of information held in the short-term memory subsystems. Phonological short-term memory is responsible for the temporary storage and maintenance of language-based verbal and auditory information, whereas visuospatial short-term memory is responsible for the temporary storage and maintenance of non-verbal visual and spatial information.

Impact on Math Skills

Extant literature suggests that working memory is a significant contributor to math skill performance in areas such as counting, magnitude understanding, simple arithmetic, word problems, and procedural knowledge. All three working/short-term memory components exert a significant and approximately equal effect on latent math skills. Within Baddeley’s (2010) multicomponent framework, the central executive and two domain-specific short-term memory subsidiary systems are hypothesized to play differing roles in mathematical calculation and applied problem-solving skills.

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