Karnataka develops AI curriculum linking maths to technology for Class 9 students across 1,800 govt schools

The Karnataka Department of School Education and Literacy has developed a specialised Artificial Intelligence (AI) curriculum for Class 9 students. This AI curriculum will introduce them to the mathematical principles behind new technologies.

A post by the education department on X reads, “The Class 9 syllabus integrates four fundamental mathematical domains essential for AI learning: Statistics (Data Exploration), Calculus (Model Optimization), Linear Algebra (Uncovering Unknown Variables), and Probability (Predictive Analysis), breaking down complex conceptual frameworks into accessible, school-level modules.”

1,800 government high schools in Karnataka will benefit as part of the vocational education under the National Skills Qualifications Framework (NSQF). It will help students understand how mathematical concepts are applied in artificial intelligence systems , including the analysis of information, identification of patterns and prediction of outcomes.

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Karnataka Class 9 AI syllabus includes four mathematical areas

The new syllabus focuses on four key areas of mathematics such as statistics, calculus, linear algebra and probability and explains their relevance to AI through school-level learning modules.

Statistics will be linked to data exploration, which will help students understand how information is collected, organised and analysed. Calculus will be introduced through model optimisation, explaining how AI models improve their performance by adjusting different parameters.

Linear algebra will focus on understanding variables and mathematical relationships, which are used to process and interpret data. Probability will be connected to predictive analysis, showing how AI systems use available information to estimate the likelihood of different outcomes.

By introducing these concepts at the secondary-school level, the department will familiarise students with the fundamentals of AI and deepen their understanding of technology-based applications.