Coding robots and programming apps are becoming fixtures in many Singapore schools, promised to teach all children how to think logically and solve problems. But a research review published in Frontiers in Education asks an important question: are these tools actually designed to work for children with disabilities?
Researchers examined 16 studies on how computational thinking—the ability to break down problems and think in logical steps—is being taught to children aged 0–12 with disabilities in early childhood and primary settings. The picture they found is revealing: while schools have good intentions, the programmes often fall short.
Most programmes treat all children the same
The biggest finding is that coding and robotics programmes typically use a one-size-fits-all approach. A framework designed for typically developing children doesn't automatically work for a child with autism, hearing loss, or cerebral palsy. For example, a coding robot that relies on reading small text on a screen won't serve a child with visual impairment without modification. Yet most programmes observed in the studies made little effort to meaningfully adapt their teaching methods for specific disabilities.
The technology becomes the goal, not the tool
Many programmes prioritise the flashy robot or app over whether children are actually learning to think computationally. Researchers found interventions focused heavily on getting children to use the technology, rather than checking whether they were developing real problem-solving skills. It's the difference between a child following robot instructions step-by-step versus a child genuinely understanding how to approach a new problem logically.
Children's voices are missing from the design
Another stark gap: teachers and researchers decided what children would learn and how, with surprisingly little input from the children themselves or from the teachers who know them best. When programmes are designed without listening to the people using them, they often miss what actually works in practice. Most studies also happened in small, controlled classroom settings, making it unclear whether these approaches translate to real, everyday school environments.
Three questions to ask your child's school
- Is the coding or robotics programme adapted specifically for your child's learning needs, or does it use the same approach for everyone?
- Can you see evidence that your child is developing thinking skills, not just learning to operate the technology?
- Was your child—or your child's teacher—involved in designing or choosing how the programme runs?