Quick answer: Yes, based on the available research. Multiple peer-reviewed studies link structured coding education in children to measurable gains in computational thinking and problem-solving, alongside broader benefits in persistence and collaboration.
What Does the Research Actually Show?
A 2026 experimental study published in Frontiers in Psychology found that a structured coding curriculum for children aged 8-12 produced significantly better computational thinking and general problem-solving scores compared to a standard school curriculum over a 24-week period. Separate literature reviews on early coding tools (like ScratchJr and KIBO robots) found consistent gains in pattern recognition, algorithmic thinking, and problem-solving among young children.
Is It Just About Thinking Skills?
No — the research points to broader effects too. Studies reviewed in computational thinking literature note gains in communication, collaboration, and even socio-emotional development, since coding gives children a structured, low-stakes way to express ideas and handle failure (a bug is not a personal failure — it's information).
Does Coding Help With School Subjects?
Coding naturally overlaps with math (sequences, variables, logic) and with literacy (reading instructions, explaining a process). This is exactly why Ontario's math curriculum embeds coding directly into its Algebra strand rather than treating it as a separate subject — the connection to core academic thinking is already recognized by curriculum designers, not just researchers.
What Does "Good" Actually Look Like in Practice?
The research is consistent on one condition: quality matters. Programs that are project-based — where children build something of their own rather than copy a tutorial — show stronger outcomes than passive, follow-along formats. That's the difference between a child who can repeat steps and a child who can solve a new problem.