A habit of mind,
not a computer period.
The phrase in the policy is woven through subjects. Friction in physics, sandhi in Sanskrit, a source-based History question: they reward the same four habits. Relearns names them, tags them on every question, and tracks them on the HPC.
No hardware needed before Class 6. The habits land in Maths and Science first.
the tag rides on
the question →
A small idea with a heavy name.
Computational thinking sounds technical, which makes parents assume coding, which makes coordinators assume hardware, which makes principals quietly defer it. None of that is what the policy asked for. Four moves, in plain language:
Where CT already lives in CBSE chapters.
A surprising fraction of the textbook already exercises CT without naming it. A handful of examples we have walked teachers through:
What a CT-aware Periodic Test changes.
A CT-aware paper does not replace the questions; it nudges the stems so the four moves get exercised. Take a Class 7 Science PT on heat:
Before Direct recall asks
- “State three characteristics of a good conductor.”
- “Define the moment of force.”
- “Calculate the heat required.” One number, no route.
- Marks reward remembering the chapter’s sentences.
After The CT-aware stem asks
- “Three materials are described below. Which two are likely good conductors, and why?”
- “Break the calculation into the steps you would take. Show them before the answer.”
- “Which detail in the case does not affect the outcome?”
- Same marks. What the marks reward shifts.
Most vendors either ignore CT or sell a separate coding product next to their main offering. Neither fits the policy. One workspace, CT visible everywhere, no paid add-on — and given how few competitors target this, a school can be genuinely early here.
Computational thinking, answered.
Is computational thinking a separate subject in CBSE?
No, and that is the point. The NCF-SE and NEP 2020 ask for computational thinking to be woven through subjects rather than locked into a separate computing period. A Class 9 Maths chapter on coordinate geometry exposes algorithmic thinking implicit in the proofs; a Class 7 Science chapter on simple machines exposes decomposition and abstraction. CBSE has been moving its sample papers in this direction with the rise of competency-based and case-based questions.
What are the four core CT moves we should expect our students to develop?
Decomposition (breaking a problem into smaller parts), pattern recognition (noticing what is the same across cases), abstraction (deciding what details to ignore), and algorithm design (laying out a step-by-step procedure). These are not coding-specific. They are habits of mind that work in Maths word problems, Science investigations and even Social Science source-based questions.
Do we need coding hardware for this?
Not in primary and middle years. CT lands in Maths and Science chapters first, well before any code. Unplugged activities (sorting cards, drawing flowcharts on paper, tracing recipes for ambiguity) are sufficient for the foundational and preparatory stages. Block-based and text-based coding can come later, alongside the IT/Computer Applications subject from Class 6 onwards.
How does Relearns surface computational thinking in teaching material?
The AI generation prompt is aware of the four CT moves and tags chapter material and practice questions with the CT competency they touch. A Maths teacher does not have to add a separate CT column. When the chapter naturally exposes pattern recognition or algorithm design, the question is tagged for it, and the HPC competency view reflects it.
Bring one chapter. Watch the tags land.
Thirty minutes: pick a Maths or Science chapter, watch material draft with CT tags on every question, and see the competency view a parent would get at term-end.