Education experts recently convened to discuss a new artificial intelligence and computational-thinking curriculum designed for students in classes three to eight [4].
The initiative represents a shift toward integrating advanced technology into primary education to ensure students are prepared for a digital economy. By introducing these concepts early, officials aim to bridge the gap between traditional schooling and the rapid evolution of machine learning.
The discussion took place during an online webinar hosted by The Hindu on April 11, 2026 [1]. Moderated by M. Kalyanaraman, the session featured three panelists: educator Aasif Iqbal J., AmplifiU founder Viplav Baxi, and CSF consulting senior partner Bhanu Potta [1].
Union Education Minister Dharmendra Pradhan said the launch of the AI curriculum will “equip children with the skills needed for the future” [quote 1]. The curriculum targets a wide range of early learners, specifically those in classes three to eight [4].
Panelists emphasized that technical proficiency is not the only goal. Aasif Iqbal J. said, “AI literacy must start early, otherwise we risk a generation that cannot critically evaluate algorithmic decisions” [quote 2]. This perspective suggests that the curriculum focuses as much on critical thinking, and ethics, as it does on coding.
Viplav Baxi addressed the challenge of introducing complex technical topics to young children. He said, “Our aim is to make AI concepts accessible to students from class three onward” [quote 3]. The webinar, which began at 5 p.m. IST [2], explored the pedagogical methods required to make these concepts intuitive for primary-aged students.
The focus on computational thinking aims to teach students how to solve problems systematically. This approach allows children to understand the logic behind AI without requiring advanced mathematical knowledge at a young age.
““AI literacy must start early, otherwise we risk a generation that cannot critically evaluate algorithmic decisions,” said Aasif Iqbal J.”
The introduction of AI and computational thinking at the primary level indicates a strategic move to normalize algorithmic literacy. By targeting students as young as class three, the policy attempts to move AI from a specialized elective to a foundational skill, potentially reducing the digital divide and preparing the workforce for an AI-integrated economy.
