"My Child Struggles With Algebra but Talks History Like a Scholar": What Research Says About ADHD, Dyslexia and Uneven Learning Profiles

“She can talk about Second World War geopolitics or Roman engineering for hours, with real clarity. Then she freezes on an algebra test.”

Versions of this sentence come up in many of our conversations with parents. It describes an uneven learning profile: a young person who is clearly capable, yet struggles in specific areas in ways that are hard to explain.

For many families, a diagnosis of ADHD, dyslexia or dyscalculia is the moment things start to make sense. It opens doors to support, accommodations and, where appropriate, treatment. Mainstream and international schools across Bangkok work hard to identify these needs and put that support in place.

At WeLearn Academy, we add one further question to that picture: alongside the challenges, what are this learner’s strengths, and how do we build on them? The research behind that question is the subject of this article.

Difficulties and strengths: both can be true

The idea of neurodiversity holds that variation in how brains work is a natural part of human diversity. It has changed how many families and educators talk about ADHD, dyslexia and autism.

Leading researchers urge balance, though. In The Lancet Psychiatry, child psychiatrists Edmund Sonuga-Barke and Anita Thapar (2021) argue that the neurodiversity concept is valuable, but that it works best alongside clinical understanding rather than replacing it. For many young people, these conditions bring genuine, day-to-day difficulties that deserve proper assessment and support.

So our position is not that a diagnosis is wrong or that a child is “not really” struggling. It is that the diagnosis is part of the picture, not the whole of it. A learner can need help with reading, attention or number and have exceptional ability elsewhere. Good education responds to both.

ADHD: what the research tells us

Development can follow a different timetable. A landmark MRI study by Shaw and colleagues at the US National Institute of Mental Health (2007) scanned 223 children with ADHD and 223 without. In the ADHD group, half of the cortex reached peak thickness at around age 10.5, compared with 7.5 in the comparison group. The delay was most marked in frontal regions linked to attention, planning and self-control. The overall pattern of development was normal, just later. The researchers noted this could help explain why many young people’s symptoms ease as they mature. For parents, it is a useful reminder that a 14-year-old’s executive skills may still be catching up, and that patience and scaffolding matter.

Focus is not always the problem. Many people with ADHD describe periods of intense, sustained concentration on tasks they find absorbing, often called hyperfocus. Hupfeld, Abagis and Shah (2019) developed a questionnaire to measure this across two samples (251 and 372 adults). Those with more ADHD symptoms reported hyperfocus more often, at school, in hobbies and on screens. The authors are careful to note that hyperfocus can be productive or unproductive, depending on where it lands. That is exactly why the learning environment matters.

Some adults with ADHD describe real strengths. In a qualitative study, Sedgwick, Merwood and Asherson (2019) interviewed successful adults with ADHD. They identified recurring positive themes, including cognitive dynamism, courage and energy. The sample was small (six men), so the findings are a starting point rather than proof. They do support a growing research interest in what helps people with ADHD flourish, not only what goes wrong.

Dyslexia, maths anxiety and the “history versus algebra” puzzle

A new lens on dyslexia. Dyslexia is widely understood as a difference in how the brain processes written language, and structured literacy support remains essential. Alongside that, Taylor and Vestergaard (2022), writing in Frontiers in Psychology, reviewed studies across psychology and neuroscience. They propose that people with dyslexia may show a bias towards exploration: discovery, invention and big-picture thinking. This is a new hypothesis that is still being debated. It does, however, echo what many educators observe in young people who struggle with text but thrive when designing, building or investigating.

When anxiety, not ability, is in the way. Some learners who freeze in maths tests are not lacking the underlying ability. Ashcraft and Krause (2007) showed that maths anxiety takes up working memory, the mental “desk space” needed to solve multi-step problems. Worry acts like a second task running in the background, so performance drops, especially under timed, high-stakes conditions. For a learner who is articulate and confident in history, a sudden collapse in algebra may partly reflect anxiety. Specific difficulties such as dyscalculia need proper assessment too. Either way, the response starts with understanding the learner, not with more pressure.

Twice-exceptional (2e) learners

Some young people are both highly able and have a learning difference. Researchers call them twice-exceptional, or 2e. Reis, Baum and Burke (2014) published the first operational definition in Gifted Child Quarterly. It describes learners with potential for high achievement in one or more areas who also have one or more disabilities.

These learners are easy to miss. Their strengths can mask their difficulties, or their difficulties can hide their strengths, so they may look “average” on paper.

The research recommendation is consistent. Baum, Schader and Hébert (2014) studied a strengths-based, talent-focused programme for 2e students. They argue that developing talent, while still supporting areas of difficulty, helps these learners re-engage. In practice, that means using interests and strengths as the way in, not saving them as a reward once the weaknesses are fixed.

What helps: fit between the learner and the environment

No single approach suits every child. Many neurodivergent learners do very well in mainstream settings with the right support. For others, a different balance of structure and freedom makes the difference. Two bodies of research help explain why.

Motivation grows from autonomy, competence and connection. Self-determination theory, developed by psychologists Richard Ryan and Edward Deci (2000), is one of the most widely cited frameworks in education. It holds that people are most motivated when three needs are met: a sense of choice (autonomy), a sense of progress (competence) and supportive relationships (relatedness). For a teenager who has experienced repeated setbacks, rebuilding all three is often the first step.

Project-based learning has a solid evidence base. Chen and Yang (2019) pooled 30 studies covering more than 12,000 students in nine countries. Project-based learning had a medium-to-large positive effect on academic achievement compared with teacher-led instruction (average effect size 0.71). The benefit varied by subject and by how well projects were supported, which is why skilled coaching matters. These studies were not specific to neurodivergent learners, but the features they highlight suit many of them well: real purpose, hands-on work and room to go deep.

How WeLearn puts this into practice

Since 2018, WeLearn Academy has been a learning centre in Sathon, Bangkok, for gifted, twice-exceptional and neurodivergent learners aged 11–18, including many homeschoolers. Our approach draws directly on the research above:

• Strengths first, support alongside. Each learner works with a mentor to plan a personalised pathway. Interests become the entry point for building skills in harder areas, rather than something earned later.
• Project-based learning with expert coaching. Learners plan, build and present real work, from robotics and 3D design to research portfolios and podcasts. Coaches provide the structure that helps projects succeed.
• Weekly one-to-one mentorship. Regular check-ins support executive skills such as planning, prioritising and following through, which may still be developing.
• Lower-pressure assessment. Mastery-based progress through the Mastery Transcript Consortium lets learners show what they know in more than one way.
• Recognised academic pathways. Learners can work towards Cambridge IGCSEs or a US High School Diploma through Acellus Academy, at a pace that suits them.

We also work alongside families’ existing clinicians and specialists. Our role is educational, and we see it as complementing, not replacing, professional assessment and support.

We often see learners who found it hard to sit still in a lesson spend long, focused stretches in our maker space on a project they care about. That is hyperfocus put to good use, and it is the kind of moment our model is designed to create.