Disclosure: India Market Entry (IME) is CODMOS’s India partner.
Key Takeaways
- CBSE has introduced a Computational Thinking (CT) and Artificial Intelligence (AI) curriculum for Classes 3 to 8 from the 2026–27 session, in line with NEP 2020 and NCF-SE 2023.
- The curriculum is platform-neutral: it sets goals, competencies and learning outcomes, and leaves the choice of tools to schools.
- CBSE allocates 50 hours a year in Classes 3 to 5 and 100 hours a year in Classes 6 to 8, including 20 hours of introductory AI concepts in each of Classes 6 to 8.
CBSE Is Putting Computational Thinking Before AI Literacy
CBSE has introduced a CT and AI curriculum for Classes 3 to 8 from the 2026–27 academic session, aligned with the National Education Policy (NEP) 2020 and the National Curriculum Framework for School Education (NCF-SE) 2023. The Ministry of Education announced the plan on 30 October 2025, and CBSE set up an expert committee chaired by Prof. Karthik Raman of IIT Madras to develop it.
The framework reflects a broader shift in school digital education: from teaching coding as an isolated skill towards problem-solving, computational thinking, AI awareness and responsible technology use. For schools, the practical question is how to turn these goals into a clear learning pathway and choose resources that support it.
What the Framework Teaches
CBSE’s curriculum describes CT as a structured approach to problem-solving that breaks larger problems into smaller, logical pieces and builds step-by-step solutions that a person or a machine can follow. Its aims include thinking logically, solving problems systematically, finding patterns and understanding the ethical use of technology and AI.
The stages are sequenced as follows. CBSE allocates 50 hours a year to CT in Classes 3 to 5. In Classes 6 to 8 it allocates 100 hours a year: 40 hours of advanced CT skills, 20 hours of introductory AI concepts, and interdisciplinary projects.
| Stage | What is taught | How it is delivered |
|---|---|---|
| Classes 3 to 5 | Foundational CT: thinking logically, finding patterns and arranging things in order | Integrated into Mathematics and The World Around Us, using CT worksheets, maths games, puzzles and hands-on activities |
| Classes 6 to 8 | Advanced CT plus an introduction to AI | CT worksheets and AI literacy resources, taught jointly by subject teachers and computer teachers |
Why Coding Alone Is Not a Digital Curriculum
Coding is one way for students to express computational thinking, but CBSE’s framework goes beyond programming. It focuses on curricular goals, competencies, learning outcomes and pedagogy, alongside digital literacy and responsible use of technology.
This matters for purchasing decisions. A robotics kit, coding platform or AI tool is a resource, not a curriculum. CBSE states that the framework works without dependence on any specific platform, so schools should look for learning resources that fit their intended outcomes rather than choosing a tool first.
Where Schools Feel the Gap
The implementation challenge is as much about teaching as technology. In Classes 3 to 5, Mathematics and other subject teachers deliver CT using special worksheets and handbooks. In Classes 6 to 8, subject teachers and computer teachers teach it together. CBSE has also made Computational Thinking and Understanding AI its teacher-training theme for 2026–27.
Building the Curriculum: A Sequence
A workable sequence for a school looks like this:
- Map before buying: list the Mathematics and The World Around Us chapters in Classes 3 to 5 where patterns, sequencing and logical reasoning already appear.
- Train teachers first: give subject teachers worked examples of CT activities before any tool is introduced.
- Design Classes 6 to 8 around projects: each term should produce one artefact, such as a simple game or a data-sorting exercise.
- Add an ethics strand: discuss bias, privacy and responsible use of AI every year, since the curriculum names ethical decision-making as an aim.
- Choose tools last: pick resources that fit the outcomes, not the reverse.
Where CODMOS Fits
CODMOS offers a 20-hour Introductory AI unit for Classes 6 to 8, taught by the school’s own teachers in the computer lab. That matches the 20 hours CBSE allocates to introductory AI concepts in each of those classes, so schools can use it for the AI component of the curriculum while their subject teachers lead the CT work.
Frequently Asked Questions
Which classes does CBSE's CT and AI curriculum cover?
Classes 3 to 8, from the 2026–27 academic session.
Does CBSE require a specific coding platform?
No. CBSE says the framework works without dependence on any specific platform, so schools can choose their own tools.
Who teaches CT and AI in schools?
In Classes 3 to 5, Mathematics and other subject teachers teach CT through worksheets and handbooks. In Classes 6 to 8, subject teachers and computer teachers share it.
Why does the curriculum start with computational thinking rather than AI?
CBSE describes CT as a broader skill that builds a foundation for learning, including for understanding AI later.
Planning the AI component of your school's CT and AI curriculum? Talk to IME about CODMOS’s 20-hour Introductory AI unit for Classes 6 to 8.
