The Central Board of Secondary Education (CBSE) is preparing to release a first-of-its-kind academic monograph — Bharatiya Ganit Parampara — that will spotlight India’s extraordinary contributions to mathematics across millennia.

Approved by the CBSE governing body, the 150–175-page volume aims to integrate India’s mathematical genius into the national curriculum in keeping with the vision of the National Education Policy (NEP) 2020.

From vedic geometry to modern calculus

The monograph will trace a continuous arc of innovation from the Sulba Sutras and Aryabhata’s Aryabhatiya, to Brahmagupta’s Brahmasphutasiddhanta and Bhaskara’s Lilavati, culminating in the Kerala School’s trailblazing work on calculus centuries before its formalisation in Europe. Presented in both digital and print formats, it will serve as a scholarly yet accessible resource for students, teachers, and institutions across the country.

Rigor, authenticity, and engagement

Developed through a selected academic partner, the work will combine historical narrative with practical applications in astronomy, architecture, commerce, and education. Original Sanskrit shlokas with translations, biographical sketches, timelines, and vivid illustrations will ensure authenticity while capturing the imagination of learners.

Expert guidance and strategic funding

A high-level advisory committee comprising historians of mathematics, Sanskrit scholars, and education experts will shape the content to ensure both scholarly precision and pedagogical impact. Funded through CBSE’s curriculum research budget, the project underscores the board’s commitment to creating culturally grounded yet globally relevant study materials.

A bridge between heritage and modern learning

By embedding India’s mathematical traditions into mainstream education, CBSE hopes to instill pride in the country’s intellectual legacy while inspiring future innovation. For students and educators alike, Bharatiya Ganit Parampara promises not just a look back at history, but a renewed understanding of how India’s numerical brilliance shaped the world.