Why This Work Matters
'I have it, so I understand it, I feel it': The secondary school experiences of adolescent females with ADHD in England.
This research underscores why understanding ADHD in secondary classrooms is critical: students with ADHD symptoms often experience significant challenges with attention, organization, and executive functioning, all of which directly impact their ability to succeed in mathematics. These challenges are not limited to students with formal diagnoses, meaning many learners in a general education setting may struggle with similar barriers that are often misinterpreted as a lack of effort or motivation.
For math teachers, this work matters because it shifts the focus from labeling students to understanding how cognitive processes—such as working memory, planning, and self-regulation—affect mathematical thinking and problem-solving. When these needs are not addressed, students are at greater risk of disengagement and lower academic outcomes. The article reinforces the importance of designing instruction that is structured, explicit, and supportive of executive functioning, rather than relying solely on traditional accommodations that may not be effective on their own.
Neurodivergent Conditions Critically Limit Societal Participation—The Case of Dyscalculia in Adults
This article highlights that, in a secondary general education math classroom, students with ADHD symptoms—whether formally diagnosed or not—demonstrate significant variability in the cognitive skills that influence mathematical performance. Executive functioning, particularly working memory and visuospatial processing, plays a critical role in student success beyond diagnosis alone. As a result, many students who struggle with multi-step problem solving, information retention, or sustained attention may share similar underlying cognitive challenges regardless of formal identification.
The findings emphasize that mathematical difficulties should be understood through a cognitive lens rather than assumptions about effort or behavior. Effective instruction includes reducing cognitive load, incorporating multiple representations, and providing structured supports to address diverse learning needs. Differentiation is essential, as students with similar observable behaviors may require different types of support. Overall, the article supports the development of inclusive math classrooms that prioritize how students process information and proactively support both diagnosed and undiagnosed learners.
Re-imagining education rights: Inclusive framework for neurodivergent learners in South Africa
Students with ADHD are not a homogeneous group; rather, their mathematical performance is strongly influenced by underlying cognitive differences—particularly executive functioning skills like working memory, rather than diagnosis alone. From a secondary general education mathematics perspective, this indicates that both diagnosed and undiagnosed students may present with similar learning needs, particularly when they struggle to retain information, follow multi-step procedures, or sustain attention during problem-solving. The article's research suggests that working memory deficits are particularly predictive of lower math achievement, indicating that instructional strategies should focus on reducing cognitive load and supporting information retention.
Importantly, the findings challenge the tendency to rely on formal labels to determine support, reinforcing that many students in a general education classroom may require similar scaffolds regardless of diagnosis. This underscores the need for differentiated instruction, structured routines, and explicit modeling to support diverse cognitive profiles. Ultimately, the article supports a more inclusive, responsive approach to math instruction that prioritizes how students process information over whether they carry an ADHD label.