Computing has been a statutory part of the national curriculum since 2014, yet many schools still struggle to deliver it confidently. Staff expertise varies enormously, equipment is often outdated or insufficient, and computing can end up as the subject nobody quite feels ownership of. If that sounds familiar, you’re not alone — and it’s worth thinking about why getting this right matters so much.
The Curriculum Expectation
The national curriculum for computing is clear: by the end of Key Stage 2, pupils should be able to design, write, and debug programs that accomplish specific goals. They should use sequence, selection, and repetition in programs, and work with variables. By Key Stage 3, they should use two or more programming languages and understand simple Boolean logic, binary, and algorithms.
These aren’t optional extras. They’re statutory requirements, and Ofsted’s deep dives into computing will check whether schools are delivering them with sufficient depth and progression.
Beyond the Curriculum: Why Coding Matters
Setting aside what Ofsted expects, there’s a pragmatic case for prioritising coding that goes well beyond compliance.
- Computational thinking transfers everywhere. The ability to break problems into steps, identify patterns, and think logically isn’t just useful in computing. It strengthens mathematical reasoning, scientific investigation, and any task that requires systematic thinking.
- The digital skills gap is real. The UK faces a persistent shortage of people with digital skills, from software development to data analysis. Students who leave school without any coding experience are at a disadvantage before they start.
- It builds resilience. Programming is an exercise in getting things wrong and fixing them. The debugging process — finding your error, understanding why it happened, and correcting it — is one of the most powerful ways to develop perseverance and a growth mindset.
- It’s inclusive when done well. Coding doesn’t require strong literacy or prior academic success. Some of the most engaged students in our workshops are those who struggle in other subjects but thrive when given a logical, creative, practical challenge.
Getting Started (or Getting Better)
If your school’s computing provision needs work, here’s where to begin:
Audit what you’ve got
You can’t improve what you haven’t measured. Map your current computing curriculum against the national curriculum expectations and identify the gaps. Which year groups are covering which concepts? Where are the holes?
Invest in staff confidence
The single biggest barrier to good computing teaching is teacher confidence. Targeted CPD makes more difference than buying new equipment. A confident teacher with basic resources will always outperform an anxious teacher with a room full of iPads.
Make it physical
Screen-based coding has its place, but physical computing — robots, micro:bits, circuits — transforms engagement. Our Beginner STEMbotics workshops consistently show that students who think they “can’t do coding” often just can’t do coding on a screen. Give them a robot and the picture changes.
Coding education isn’t a nice-to-have. It’s a fundamental part of preparing students for the world they’re growing up in. The question isn’t whether your school should prioritise it, but how quickly you can close the gap between where you are and where you need to be.
