Picture a parent-teacher meeting in Pimpri-Chinchwad this October. The Class 5 teacher mentions, almost in passing, that the school is "doing AI this year." Heads nod. Nobody asks what that means. The parent walks out slightly reassured and slightly unsure, which is how most curriculum changes reach a family.
This post is for that parent. CBSE has introduced Computational Thinking (CT) and AI for Classes 3 to 8, and the questions to ask your child's school about the CBSE AI curriculum are simpler than you'd expect. You don't need to understand neural networks. You need to know what should be happening in class, who is running it, and what proof you can ask to see.
We build and run AI and robotics labs inside schools, so we'll be upfront: parts of this post will tell you your child does not need what we sell. That's deliberate. A parent who knows what good looks like makes every school better.
Is AI Actually Compulsory in CBSE Classes 3 to 8?
Partly, and in a specific order. CBSE launched the curriculum through Circular Acad-15/2026, dated 1 April 2026, and it applies from the 2026-27 session. Computational thinking starts in Class 3. AI concepts only begin in Class 6.
That order is on purpose. CBSE's own framework says AI comes later, once the groundwork in CT is in place. So a Class 3 child is not being asked to "learn AI." They are spotting patterns, breaking problems into smaller steps and following multi-step rules. Puzzles, really.
And it is not a new subject with its own textbook and board exam. In Classes 3 to 5 it lives inside Mathematics and The World Around Us (TWAU). In Classes 6 to 8 it spreads across subjects, projects and the computer period. If you want the school-side view, we wrote up what schools must do now that CBSE AI is mandatory from Class 3.
What Should a Class 3 to 5 Child Be Doing Right Now?
CBSE allots 50 hours a year to this stage. That is about an hour a week, and it sits inside existing Maths and TWAU lessons. Each class gets a resource book with the same table of contents as the textbook, plus extra CT questions added chapter by chapter. A Class 3 child might work out what a shape looks like after a fold or a turn. By Class 5, the same skill shows up in puzzles with several clues stacked together.
The framework also expects basic computer familiarity: parts of a computer, file management, internet safety and block-based coding such as Scratch. That is the full extent of "coding" at this stage.
So does a Class 4 child need a robotics lab? No. We build labs for a living and we will still say it plainly. What a Class 4 child needs is a Maths teacher who uses the resource book, and a school that keeps track. For a closer look at the books themselves, read what's inside CBSE's CT and AI resource books for Classes 3 to 8.
What Changes in Class 6 to 8?
The hours double to 100 a year, split three ways: 40 hours of advanced CT, 20 hours of introductory AI and 40 hours of interdisciplinary projects. The AI hours look like this:
- Class 6: what AI is, how it differs from automation, types of data, simple patterns, and online safety including digital footprints. Four units of five hours each.
- Class 7: classification, regression and clustering on a small dataset, plus a first serious look at bias in AI.
- Class 8: the AI project cycle (define the problem, collect data, test AI tools, reflect and improve) using no-code tools, and tracing bias back to a dataset.
Now look at who teaches it. Subject teachers handle the CT resources. The Computer teacher handles AI literacy and assesses the projects. That one line is where many schools will struggle. Many Computer teachers were hired to teach typing, Office and basic coding, and nothing is wrong with that. It just isn't the same job as explaining supervised and unsupervised learning to a twelve-year-old and grading a project on it.
Our view: a single training workshop rarely fixes this. We've written about the STEM lab teacher training problem in Indian schools if you want the longer argument.
Seven Questions to Ask Your Child's School About the CBSE AI Curriculum
Take these to the next parent-teacher meeting. Ask them politely. Good schools like being asked.
1. Who teaches it, by name? In Classes 3 to 5, the answer should be your child's Maths teacher using the resource book. In Classes 6 to 8, expect a subject teacher for CT and the Computer teacher for AI. A good school names people. A weak answer sounds like "the department handles it."
2. Where is it on the timetable? The 50 and 100 hours are a suggested allocation, and CBSE says schools can go beyond them. A school that can point to periods, or to Maths chapters where the CT questions are used, has planned. "It's integrated" with no detail is not a plan.
3. What training have the teachers had? CBSE made "Computational Thinking and Understanding AI" its teacher-training theme this session, so expect some activity. Ask what happened after the first session. One workshop in June counts for far less than support that continues through the year.
4. How will my child be assessed? There is no board exam for Classes 3 to 8. CBSE describes continuous, competency-based assessment. In Classes 3 to 5 that means tests with CT puzzles, group activities and a Teacher Observation Journal. In Classes 6 to 8 it adds practicals, thematic projects and reflections. Ask to see a rubric.
5. What will my child actually make? By Class 7, students should apply a basic prediction technique to a small dataset. By Class 8, they use no-code AI tools on a real problem and reflect on how well the tool worked. Ask for an example from this term. "We'll show you at annual day" is fine. "We're not sure yet" tells you something too.
6. What does it run on, and will it cost me anything extra? CBSE lets schools pick their own platform and recommends free and open-source tools, so nothing in the curriculum forces a paid subscription. If a school adds a technology fee, ask exactly what it covers: hardware, materials, an engineer in the room. A clear answer is fine. A vague one is not.
7. What happens after Class 8? The compulsory CT and AI module for Classes 9 and 10 is due from 2027-28. Ask how the school plans to connect Class 8 work to it, or whether students will drop back to worksheets. Our note on what schools must plan for in Class 9 and 10 lays out the timeline.
Do You Need Outside Coaching or Coding Classes?
Probably not, at least for Classes 3 to 5. CBSE set the hours to keep the existing curriculum load, not add to it. A tuition centre selling "AI for Class 3" is selling something the school is meant to cover.
The test for any outside course: does it teach your child to think, or does it teach your child to press buttons?
There are exceptions. Your child may be curious and want more. Or you've asked the seven questions and the answers came back thin. In that case, look for a programme built around projects and explanation, where your child builds something and can say why it broke. A certificate with no project behind it is a poor trade.
Some of the best practice costs nothing. When YouTube recommends a video, ask your child why they think it showed that one. That is Class 7 bias thinking, at the dinner table, no fee required.
What Do Good Answers Sound Like, and What Should Worry You?
Good signs are easy to spot once you know them:
- Named teachers and a clear slot on the timetable
- A recent piece of student work you can actually see
- Training that continues through the year
- An honest "we're still building this part," with a plan attached
Worry when answers turn into brochure language. Watch for an "AI lab" nobody can describe a single session in, certificates with no project behind them, or a reluctance to show anything at all. A school that says "Class 7 is our weak spot, here's how we're fixing it" is doing better than one with a glossy prospectus and no teacher.
Where a School Lab Fits, and Where It Does Not
CBSE's framework is platform-neutral. No lab is required to meet the Classes 3 to 8 curriculum, and Classes 3 to 5 clearly don't need one. From Class 6, hands-on AI projects get easier with proper tools and someone who can guide students through them.
Schools generally have two routes: build the capacity with existing staff, or partner with an operator. We are the second kind, so keep that bias in mind. Our model is a fully managed lab at zero setup cost, run by an on-campus engineer (see what a good on-campus lab trainer actually does), with a curriculum that runs from Class 1 to 12 and a deployment window of 45 days. You can read how our AI lab for CBSE schools works, or how schools in Pune are adopting AI labs. The full picture of the partnership sits on our schools page.
Frequently Asked Questions
Is AI compulsory for my child in CBSE Class 3?
Computational thinking is, and it comes through Maths and TWAU. AI concepts begin only in Class 6. Both sit inside regular lessons rather than a standalone subject.
Does my child need to learn coding for the CBSE AI curriculum?
Not in Classes 3 to 5, where the framework mentions only familiarity with block-based coding such as Scratch alongside basic computer skills. In Classes 6 to 8 students work with AI tools, and the Class 8 syllabus points to no-code tools, so heavy programming is not the expectation.
Will there be a board exam for CT and AI in Classes 3 to 8?
No. CBSE describes assessment as continuous and competency-based, using tests with CT questions, group activities, projects and teacher observation. Board-level examination is a separate conversation for later classes.
Does this apply to ICSE or State Board schools?
The mandate binds CBSE-affiliated schools. ICSE and State Board schools follow their own boards, and we cover that in whether the CBSE AI mandate applies to ICSE schools. Maharashtra has announced a phased move toward a CBSE-pattern curriculum by 2028, so ask your school how CT and AI will be handled.
How much of my child's week will this take?
Roughly an hour a week in Classes 3 to 5 and about two hours in Classes 6 to 8, if the hours are spread across the year. CBSE chose the allocation to keep the existing curriculum load, and much of it sits inside subjects your child already studies.
Back to the Parent-Teacher Meeting
Back to our parent in Pimpri-Chinchwad. At the next meeting she asks the seven questions. She isn't challenging anyone. She just wants to understand. Some answers will be strong and some will be thin, and both are useful. Schools get better when parents ask.
If you are a principal, these are the questions your parents are about to start asking, and our guide on how to present an AI lab at a parent open house is a good place to prepare. If you are a parent, send this to your principal. It might be the nudge that gets the timetable question answered.