New Delhi: In classrooms today, chalkboards and textbooks are no longer the only tools shaping young minds. Schools are increasingly focusing on equipping students with skills that enable them to think critically, solve problems, innovate and engage with technology responsibly.Reflecting this shift, Central Board of Secondary Education (CBSE) has introduced the framework for a new curriculum focus for the 2026-27 academic year: computational thinking (CT) and understanding artificial intelligence (AI) for students from classes III to VIII.At its core, the framework goes beyond simply teaching technology — it aims to strengthen students’ abilities in logical reasoning, problem-solving and pattern recognition, while also helping them understand the ethical use of artificial intelligence. Rather than being taught as a standalone subject, these concepts will be integrated across disciplines such as mathematics, science, social science and languages, linking classroom learning more closely with real-world applications.The initiative aligns with the vision of National Education Policy 2020 and National Curriculum for School Education, aiming to build future-ready learners. To bring this vision to life, CBSE has outlined a structured plan of action. According to officials, a key objective is to help learners think logically, approach problems systematically, identify patterns and apply technology to solve everyday challenges. “The framework also emphasises understanding the ethical use of technology and the relevance of AI in modern life,” an official said.The curriculum recognises computational thinking as the foundation for learning AI. Research highlights that processes such as breaking problems into smaller parts, identifying patterns, filtering essential information and designing step-by-step procedures are the same reasoning methods that power AI and machine learning systems. On this basis, the framework positions CT as a core skill across all subjects and proposes integrating it beyond mathematics into areas such as science, humanities and other disciplines as a cross-cutting theme.Teaching will also emphasise on hands-on, real-world learning. “The framework encourages the use of puzzles, structured problems, collaborative and individual projects, demonstrations, practice sessions, discussions, debates and reflective exercises. Students will be encouraged to explore practical challenges faced by their communities and develop solutions that apply their learning beyond the classroom, with teachers providing mentorship during the process,” the official added.A series of activities have been recommended by CBSE as part of the initiative. The journey begins at the district level, where schools will participate in workshops focused on building foundational knowledge of CT and AI. Teachers and students will explore hands-on, project-based learning and connecting classroom concepts to everyday experiences. Some of the best ideas and presentations from these workshops may even be showcased at the national level.Next, selected schools will host expert-led talks, where educators and specialists, both internal and external, will guide participants through key topics in CT and AI. These sessions, conducted in online or offline mode, will be supported by curated educational content, including videos from PM e-Vidya Channel 15.At a broader level, regional workshops organised by CBSE’s Centres of Excellence will further strengthen teachers’ capabilities. Through these structured training programmes, educators will gain the tools and confidence needed to integrate CT and AI effectively into their classrooms.The students’ and teachers’ handbooks are now available on CBSE’s academic website. According to officials, these resource books are not textbooks but companion materials designed to support mathematics lessons, with CT concepts interwoven alongside existing topics. Following the same chapter sequence as mathematics, they can be integrated into regular classroom teaching. The books include thinking-based questions and activities that promote analysis, reasoning and problem-solving, encouraging teachers to guide discussions and allow students time to explore and develop solutions independently.The initiative is supported by clearly defined focus areas, ranging from foundational concepts and interdisciplinary learning to real-world applications and ethical considerations of AI.
