Nearly 1,000 Experts Urge Withdrawal of UGC’s 2025 Draft Mathematics Curriculum, Call It ‘Gravely
In a strongly worded petition that has quickly gained momentum across the Indian academic community, nearly 1,000 mathematicians, educators, researchers, and graduate students have called for the immediate withdrawal of the University Grants Commission’s (UGC) Draft Mathematics Curriculum for 2025. Describing the draft as “gravely defective,” the signatories warn that its implementation would cause long-term harm to mathematics education in the country and severely curtail the academic and professional opportunities available to future generations of students.
Lacks Rigor, Depth, and Vision
The petition, which has been circulating among top universities, research institutes, and professional bodies, argues that the draft curriculum fails to uphold even the minimum academic standards expected of an undergraduate mathematics programme. According to the signatories, the curriculum lacks the mathematical rigor, logical depth, and structural coherence necessary to prepare students for advanced study or for employment in mathematically intensive sectors such as data science, finance, software engineering, and academia.
“The proposed curriculum does not equip a student to pursue an M.Sc., let alone a Ph.D. or a career in industry,” the petition states. It adds that the content is not only shallow but also poorly sequenced, pedagogically unsound, and disconnected from the realities of modern mathematics and its applications.
A Wide Spectrum of Opposition
The opposition to the draft curriculum spans a wide spectrum of the academic community, including faculty from the Indian Institutes of Technology (IITs), Indian Institutes of Science Education and Research (IISERs), central and state universities, and reputed private institutions. Also joining the protest are graduate students, postdoctoral researchers, and high school mathematics educators concerned about the long-term downstream effects of a weakened undergraduate curriculum.
“This is not a mere matter of academic disagreement,” said Dr. Anuradha Joshi, a professor of mathematics at a central university and one of the early signatories. “We are looking at a systematic erosion of mathematical education in the country, which will make it impossible for our students to compete globally or contribute meaningfully to scientific and technological development.”
Highlights of the Concerns
The experts have identified several critical flaws in the draft curriculum, including:
Omission of Core Mathematical Topics: Foundational subjects such as abstract algebra, real analysis, topology, and complex analysis are either entirely missing or severely diluted.
Lack of Mathematical Proof and Logical Reasoning: The curriculum reportedly avoids formal proofs and rigorous reasoning, which are essential to understanding and doing mathematics at any serious level.
Superficial Treatment of Applications: While the draft claims to include “applied” aspects, the signatories say that these inclusions are either mathematically unsound or treated in a way that lacks real-world relevance.
Pedagogical Gaps: The sequencing of topics appears haphazard, with no clear progression from elementary to advanced material, and no scaffolding to support conceptual understanding.
Neglect of Interdisciplinary Connections: Despite the growing importance of mathematics in disciplines such as computer science, economics, and physics, the curriculum reportedly fails to build the necessary bridges.
Disconnect from Global and National Standards
Experts also note that the draft diverges sharply from well-established national and international benchmarks. “Any reputable undergraduate programme in mathematics—whether in India or abroad—follows a fairly consistent core of topics that build a student's ability to reason, model, and solve complex problems,” said Dr. Ramesh Patel, a faculty member at IISER Pune. “This draft curriculum does not meet even the minimal standards that a serious mathematics programme demands.”
The petition points out that current undergraduate programmes in India, especially in premier institutions, have produced graduates who have gone on to earn Ph.D.s at top global universities and contributed to cutting-edge research and development. “This will not be possible if the new curriculum is implemented in its current form,” it warns.
Call for Withdrawal and Redrafting
In light of these concerns, the signatories are demanding that the UGC immediately withdraw the 2025 Draft Mathematics Curriculum and begin a fresh drafting process that is transparent, inclusive, and led by domain experts. They argue that any new curriculum must be developed through extensive consultation with mathematicians actively engaged in teaching and research, as well as with industry professionals who rely on mathematically trained graduates.
“It is imperative that such a foundational document be the result of serious deliberation among experts who understand both the discipline of mathematics and the future needs of students,” said Dr. Meera Krishnan, a senior professor at a national university.
A Moment of Reckoning
The controversy surrounding the draft curriculum has prompted a broader conversation about the role of expert consultation in shaping higher education policy in India. Critics say that the UGC’s approach to curriculum reform has become increasingly opaque and top-down, sidelining those with the most at stake students and teachers.
“Education policy should not be dictated by bureaucratic convenience or ideological agendas,” said a member of the drafting committee who wished to remain anonymous. “The future of Indian mathematics is too important for shortcuts.”
With growing media attention and mounting pressure from academic circles, it remains to be seen how the UGC will respond. For now, the petition continues to gain signatures and support from across the country and beyond, signaling a rare moment of unity among India’s academic community in defense of academic standards, intellectual rigor, and the future of mathematics education.
