Back

The biggest curriculum shake-up in a decade – Part 3

Understanding the new Progress 8 and Attainment 8 model: What it means for computing teachers

28 November 2025

In part three of our curriculum and assessment review breakdown, we’re turning our attention to something every secondary teacher needs to understand: the changes to Progress 8 and Attainment 8 — and how these shifts affect curriculum planning, subject value, and, importantly, computing.

If you’ve missed parts one and two, don’t panic, you can find them here – 

Curriculum and Assessment Review – PART 1

Curriculum and Assessment Review – PART 2

And the full downloadable CAR report breakdown is available HERE – Curriculum and Assessment Review Summary

 

Where we are now: The current model in brief

For years, schools have been judged on a system built around eight subject “buckets”, with English and maths double-weighted, three EBacc subjects required, and the final slots filled by students’ strongest remaining grades. It’s a model most of us know inside-out, even if it’s felt increasingly restrictive — especially for creative subjects.

With the EBacc now officially scrapped for being too narrow and no longer fit for purpose, the Department for Education (DfE) is reshaping the performance framework. And while the changes may look subtle at first glance, the implications are anything but.

 

What’s new: Science, breadth, and category slots

The new model keeps English and maths double-weighted but introduces two science slots (including computer science), followed by a broader “breadth” section composed of four buckets. Crucially:

  • Buckets 5 and 6 must each be filled by a GCSE from two different categories:
    A – Humanities, B – Creative, C – Languages. 
  • Buckets 7 and 8 then take the student’s next two highest grades from any subject. 

The DfE is also consulting on a possible Category D (Science/Computing), which could give computing more flexibility — but it isn’t guaranteed.

 

But what about computing? Does this help us?

Here’s the honest answer: maybe… but maybe not.

Without a Category D, computer science risks being squeezed out of the early buckets entirely. Most students will naturally fill the science slots with combined science or triple science results — leaving computing to fight it out in buckets 7 and 8.

With a Category D, computing has a better shot of contributing to performance measures, making it easier for departments to justify staffing, timetable time, and KS3 curriculum depth. But even then, competition with biology, chemistry, and physics remains fierce.

And that’s the heart of the issue: the new model doesn’t fully resolve the long-standing challenge of establishing computing as a core, protected curriculum area.

The new Progress 8 and Attainment 8 framework offers more breadth, more space for creative subjects, and a genuine attempt to modernise. But for computing, the impact is still uncertain — and for many departments, the battle for recognition continues.

 

Watch the full video for deeper insight

Catch the full Chalk Face discussion here and watch us unpack all the changes.

Download our FREE summary of the CAR report – Curriculum and Assessment Review Summary

Explore more resources, updates, and teacher support at craigndave.org

Related posts

UTF-8 is witchcraft, right?

Ever wondered how your computer can happily store a simple English letter, an emoji, a pound sign and characters from […]

22 September 2026

Why teaching models keep returning

Teaching frameworks can provide valuable guidance, but when they become rigid formulas, they can undermine professional judgement. The goal isn’t identical lessons – it’s consistently effective teaching.

18 September 2026

Do GCSEs doom students to fail?

GCSE results may look stubbornly flat, but the reality behind the numbers tells a very different story. Why has further improvement become so difficult, and are we measuring success in the right way?

11 September 2026

Will Quantum Computers Break Encryption?

Could quantum computers really break encryption and put our data at risk? We explore the reality behind the hype, from qubits and Shor’s Algorithm to the future of post-quantum security.

7 September 2026

Is AI a panacea?

AI is moving from experimentation to expectation in schools. But as adoption grows, the focus must shift from simply using AI to using it well. Discover how schools can balance workload, learning, safety and professional judgement — without losing the human element of great teaching.

4 September 2026

Digital ID cards: The future of work or a privacy nightmare?

Are digital ID cards the future of convenience or a threat to privacy? Explore the benefits, risks, and debate behind the UK’s proposed digital ID system.

31 August 2026

Why does your phone get dimmer in the sun?

Ever wondered why your phone dims when you’re in the sun? It’s not being lazy—your device is protecting itself from heat, battery strain, and OLED burn-in.

28 August 2026

Do we really use database normalisation in the real world?

Database normalisation keeps data consistent and tidy, but in the real world, speed often wins over strict rules. Discover how companies like Twitter balance correctness with performance.

26 August 2026

Why do batteries get worse over time?

Ever wondered why your phone battery doesn’t last like it used to? Lithium-ion batteries degrade over time due to stress, heat, and chemical reactions, slowly reducing their charge capacity.

24 August 2026