Nibeditaa SpeaksFrom identifying deepfakes to fact-checking AI chatbots, students will learn how to use artificial intelligence responsibly under CBSE’s revised school assessment framework for 2026–27.
Artificial intelligence is moving beyond computer laboratories and optional subjects to become a basic part of school education, with the Central Board of Secondary Education (CBSE) introducing a structured approach to AI literacy for students.
The National Council of Educational Research and Training (NCERT) has developed a 20-hour introductory module on computational thinking and artificial intelligence for students in Classes 9 to 12. The initiative aims to help schoolchildren understand how AI works, recognise its limitations and use digital tools more responsibly in their academic and everyday lives.
The development comes as AI tools increasingly influence how students research assignments, create content, seek career guidance and access information online. Alongside the benefits, their growing use has raised concerns about misinformation, deepfakes and chatbots that can deliver incorrect answers with apparent confidence.
Under the new approach, students will be introduced to AI literacy before progressing to more specialised learning. The aim is to ensure that understanding artificial intelligence is not limited to students who choose computer science or select AI as an elective subject.
CBSE AI curriculum: What students will learn
The NCERT module is designed to introduce students to computational thinking and artificial intelligence through a structured learning programme. CBSE has earmarked the module for school-based assessment during the 2026–27 academic session.
The initiative seeks to build foundational understanding rather than immediately turn every student into an AI programmer. Students are expected to become familiar with the technology, its practical applications and the limitations that can affect the reliability of its outputs.
A key component of AI literacy is learning to question information rather than accepting it at face value. Students need to understand that a chatbot can generate a fluent, convincing response without necessarily providing accurate information. Similarly, an image, video or audio recording circulating online may have been manipulated using AI.
Recognising deepfakes and checking claims generated by chatbots are therefore part of the broader skills the initiative seeks to encourage.
The module has been developed by NCERT in consultation with IIT Madras and IIT Jodhpur, bringing together school-level curriculum development and technical expertise.
AI education to become part of school assessment
In a circular issued on April 9, CBSE announced that NCERT would provide computational thinking and AI modules for Classes 9 to 12 for internal assessment in the 2026–27 academic year.
Under the board’s revised scheme, the computational thinking and AI modules are compulsory for Class 9. Class 10, meanwhile, will continue under the existing scheme.
The framework marks a move towards integrating AI-related learning into the school curriculum rather than treating it solely as an additional subject for interested students.
The 20-hour introductory module is intended to establish the foundation for understanding the technology. Separate AI textbooks are also being prepared for students who pursue the subject at a more advanced level.
This creates a distinction between basic AI literacy, which can benefit students across disciplines, and specialised AI education for those who wish to study the technology in greater depth.
Why AI literacy matters for schoolchildren
Artificial intelligence is increasingly used for tasks that were once performed entirely through conventional search engines, textbooks or direct consultation with teachers and professionals.
Students can use AI tools to explain difficult concepts, summarise information, draft content and explore career options. However, the convenience of these tools also creates a risk: users may mistake a well-written response for a verified answer.
A chatbot may present an inaccurate fact, omit important context or generate information that sounds plausible but cannot be independently substantiated. AI-generated images, videos and cloned voices can also make fabricated content appear authentic.
For young users, the ability to distinguish reliable information from misleading material is becoming an important part of digital education.
A senior Education Ministry official told The Times of India that AI tools were being used for studies, research, content writing and career advice. The official said students would be taught how to use these tools correctly and fact-check information.
The emphasis on verification is significant because responsible AI use involves more than knowing how to enter prompts or generate content. Students also need to assess the information they receive, check claims against reliable sources and recognise when human judgement is necessary.
From using AI to understanding its limitations
The growing presence of AI in education presents schools with a challenge: students need opportunities to benefit from the technology without becoming overly dependent on its outputs.
AI tools can help explain concepts and support learning, but they cannot automatically guarantee that every answer is correct. Treating generated content as authoritative without checking it can lead to mistakes in assignments, research and decision-making.
Teaching students to question chatbot responses and identify manipulated media could help build more thoughtful digital habits. It may also encourage them to distinguish between using AI as a learning aid and relying on it as a substitute for independent understanding.
The NCERT module’s focus on foundational knowledge is intended to make these concepts accessible before students move towards advanced AI textbooks or specialised study.
However, the effectiveness of the initiative will also depend on how schools deliver the module, assess student understanding and help teachers integrate AI literacy into classroom learning.
A wider shift in Indian school education
The CBSE initiative reflects a broader effort to prepare students for a world in which artificial intelligence is becoming part of education, research and professional life.
By introducing computational thinking and AI through school-based learning, the board is seeking to familiarise students with the technology before they encounter its more complex applications in higher education and employment.
The immediate objective is not simply to increase the number of students who can use AI tools. It is to help them understand what these tools can do, where they can fail and why information must be verified before it is trusted or shared.
As AI-generated content becomes more difficult to distinguish from authentic material, the ability to question a confident chatbot or recognise a convincing deepfake could become as important as knowing how to use the technology itself.
For schools, the challenge will be to turn AI literacy from a curriculum requirement into a practical skill students can apply beyond the classroom.
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