UGC draft Maths LOCF risks diluting academic rigour
Students pursuing a programme need to learn its core elements, but the preponderance of IKS, VAC, SEC may leave them exhausted
Rajlakshmi.Ghosh@timesofindia.com 13.10.2025
To transform undergraduate Mathematics education by integrating the classical traditions with modern courses, the UGC recently launched the draft Maths Learning Outcomes-based Curriculum Framework (LOCF) aligned with the National Education Policy (NEP) 2020.
Aimed at offering a robust mathematical foundation emphasising value-based education, interdisciplinary relevance, and integration with the Indian Knowledge System (IKS), the draft has evoked strong opposition from the mathematics educators, as over 900 academics have demanded its withdrawal, saying it is regressive and risks students’ futures globally.
The Centre has constituted acommittee of experts to review the UGC draft curriculum for various subjects in the wake of allegations regarding factual inaccuracies and inclusion of outdated topics. Discussing what is perceived as grave defects in the draft Maths syllabus, Nandita Narain, associate professor (Retd), Department of Mathematics, St Stephen's College, University of Delhi (DU), says, “The proposed syllabus pushes higher Mathematics in India back by about 56 years. In 1969, modern pure Mathematics was introduced in UG syllabi for the first time and constituted roughly 65-75 % of the syllabus.
This was to equip students to compete at the international level, where modern abstract Algebra and Analysis were widely accepted as the two pillars on which all of higher mathematics stands. The overall Maths content in the course is severely diluted with only 14 core Maths papers out of a total of 36. This does not look like a syllabus forMathematics Hons. In fact, it is woefully inadequate even for the Mathematics in the BA/ BSc general course and will leave students handicapped at the international level. The preponderance of IKS, Valued added Courses (VAC), and Skill Enhancement Courses (SEC) will leave them exhausted, confused and ignorant about their core subject.” Mix and Match Pointing at the increasing confusion, Amber Habib, professor, Department of Mathematics, Shiv Nadar University, says, “This is a hodgepodge of all multiple things which lacks a vision. Interdisciplinary relevance and the use of historical context have a place in a Mathematics curriculum, provided they are used to enrich the mathematical experience and not replace it.”
The focus is on the IKS and its applications. Prof Habib adds, “Students would be led to believe that the contributions of ancient India can serve as a substitute for modern knowledge. Key areas such as Analysis and Algebra would be taught to them in a hurried manner. They would be illequipped for master’s and PhD in India or abroad.” Including IKS IKS occupies a staggering 12 out of 28 in Discipline Specific Electives (DSE) and 12 out of 14 in the VAC. “Even the remaining 16 DSE are mostly computer languages (4) or Applied Maths (10) with only two pure Maths courses that do not cover the essential missing content in Algebra and Analysis. Advanced abstract pure mathematics has almost disappeared from the syllabus,” Narain says. “Since IKS courses are non-mathematical, the content would not last for even 20 hours, let alone the intended 60. Often the content is just a list of items to be memorised, the last thing you want to see in a modern Maths course,” says Prof Habib.
Though the core component for Maths students is free of IKS, the electives have 12 portion of IKS. “This is an issue because the core component is basic (for eg, only one course each on modern Algebra and Real Analysis), which needs to be compensated by elective. The electives should provide an opportunity for a student to take up advanced courses in Maths, whether pure or applied. Instead, the focus is clearly on ancient Maths. If a Maths student wishing to move towards ML or AI needs options such as Advanced Linear Algebra, Functional Analysis and Convex Optimisation.
The extra year of a 4-year UG programme ought to provide such courses. Instead, one finds courses such as Sutra-based Arithmetic, Geometry in Shulvasutras and Bhartiya Innovations: World-wide Accepted,” Prof Habib says. He adds, “While it is heart-warming to see our ancestors’ love of numbers and patterns, and this can lead to a more positive attitude to Math, yet the appropriate place for this is school rather than university. A university student needs to learn advanced Maths and itsapplications.”






