The Knowledge Economy of the Future is Powered by Nari Shakti, India’s Women Leading the STEM Revolution
India stands at a defining moment in its development journey. For decades, the narrative around women and progress was framed in terms of “women’s development”—a paradigm that cast women as recipients of welfare, as beneficiaries of schemes designed to uplift them. That narrative is now shifting, decisively and irreversibly, to one of “women-led development.” Women are no longer viewed as passive beneficiaries but as active leaders, entrepreneurs, scientists, and innovators who are shaping the nation’s future. This transformation is most evident in the fields that will define the knowledge economy of the 21st century: Science, Technology, Engineering, and Mathematics (STEM). As Union Minister Dharmendra Pradhan argues in a compelling analysis, Nari Shakti (women power) is not just participating in India’s STEM revolution; it is fuelling it.
The journey of a woman in science begins long before she enters a laboratory or publishes a research paper. It begins in the classrooms of primary school, where foundational attitudes towards learning are formed. Over the past decade, India has made remarkable strides in ensuring that girls are not left behind at this critical stage. The country has achieved gender parity at the foundational, preparatory, and middle school levels, with the Gross Enrolment Ratio (GER) reaching 1.0. At the secondary level, it has actually surpassed parity, reaching 1.1, meaning that girls’ participation now exceeds that of boys. This is not a minor statistical fluctuation; it is a profound social shift. Furthermore, dropout rates have declined across most school levels, indicating that more girls are not just enrolling, but staying in the system and completing their education.
This solid foundation of access and infrastructure has been complemented by a series of innovative educational reforms. The early introduction of “skilling” in the curriculum and the establishment of Atal Tinkering Labs in schools across the country provide students with practical, hands-on exposure to emerging technologies. A girl in a small town can now experiment with robotics, 3D printing, and the Internet of Things (IoT) long before she has to make career choices. This early exposure is critical. It demystifies technology, builds confidence, and creates a pipeline of young women who see STEM not as a daunting, male-dominated field, but as an exciting and accessible arena for their talents.
This pipeline is now flowing into India’s vastly expanded higher education ecosystem. Since 2014-15, the number of higher education institutions has grown from 51,534 to over 60,000. Total enrolment has surged from 3.42 crore to 4.46 crore. Women have been central to this expansion. Female enrolment has risen from 1.57 crore to 2.18 crore, and the female Gross Enrolment Ratio (GER) in higher education has improved from 22.9 to 30.2, a testament to the success of policies aimed at keeping girls in education.
The STEM fields, in particular, have witnessed a remarkable influx of women. Today, women account for an extraordinary 43% of total enrolment in STEM programmes at the higher education level. This is one of the highest proportions of women STEM graduates in the entire world. It is a statistic that should silence any narrative about Indian women being unsuited for or uninterested in science. They are not just interested; they are excelling and out-pacing their global peers.
This enrolment surge is now translating into a growing presence in the research and development (R&D) workforce. According to the Research and Development Statistics Report 2023, women currently account for 18.6% of the national R&D workforce. While this number has room to grow, the trend is encouraging, and targeted government initiatives are focused on strengthening the “pipeline mechanism” to ensure that women who graduate in STEM are supported to pursue careers in research. The growth in doctoral enrolment is particularly striking. It has more than doubled, rising from around 47,000 in 2014-15 to over 1.12 lakh in 2022-23—a staggering increase of over 135%. Women are not stopping at undergraduate degrees; they are pushing the frontiers of knowledge.
Several flagship programmes are actively nurturing this next generation of women researchers. The Prime Minister’s Research Fellowship (PMRF), a prestigious scheme to attract the brightest minds to doctoral programmes in top institutions, has already supported over 3,500 scholars. Of these, an impressive 35% are women. The scheme has an ambitious target to support 10,000 fellowships over the next five years, which will further boost the representation of women in cutting-edge research. The newly established Anusandhan National Research Foundation (ANRF) is designed to complement these efforts, seeding and scaling research across the country and creating new opportunities for women scientists.
The most telling indicator of the changing landscape comes from the University Grants Commission’s National Eligibility Test (UGC-NET) for Junior Research Fellowships (JRF). In 2024-25, women accounted for over 53% of the STEM fellows awarded under this scheme. Out of 13,727 fellowship recipients pursuing doctoral research, 7,293 were women. For the first time, women are the majority in the cohort of young researchers entering the Ph.D. pipeline in science. This is not just progress; it is a paradigm shift.
This growing presence of women in STEM is not an end in itself; it is a critical driver of India’s future economic competitiveness. The global economy is being reshaped by emerging sectors such as artificial intelligence (AI), quantum computing, data science, and biotechnology. These are the fields that will define the knowledge economy, and they are fields that desperately need diverse perspectives and talents. The trend of women entering these fields is already discernible. Within the national R&D ecosystem, a significant 45.87% of women researchers are employed in government institutions, contributing to policy-relevant and mission-driven science. Another 27.62% are in higher education, training the next generation, and 26.51% are in industry, driving innovation in the private sector.
The government’s commitment to sustaining this momentum is evident in the Union Budget 2026, which announced provisions to establish safe and affordable hostel facilities for girls in every district, specifically to enable them to pursue STEM education. This addresses one of the most significant practical barriers that prevent girls from leaving their hometowns to attend college. When combined with other programmes that encourage girls and women to build careers in science and research, it creates a supportive ecosystem that can sustain their participation from school through to leadership positions.
As Prime Minister Narendra Modi has aptly framed it, “Today, the country’s thinking is not that women should be empowered through science, but that science should also be empowered through the participation of women.” This is a subtle but crucial distinction. It moves beyond the idea of science as a tool for women’s upliftment to the recognition that women’s participation is essential for the advancement of science itself. Diverse teams produce better research, ask more creative questions, and develop more innovative solutions. By empowering its women to become leaders in STEM, India is not just doing something good for women; it is doing something essential for its own future.
As India advances towards the goal of Viksit Bharat (Developed India) by 2047, women will be at the very forefront of this transformation. With their growing participation in diverse fields and their expanding opportunities in emerging technologies, India’s women are poised to become the leaders of the knowledge economy. The data is clear, the trend is undeniable, and the potential is limitless. The journey of Viksit Bharat will indeed be powered by Nari Shakti.
Questions and Answers
Q1: What is the key shift in the narrative regarding women in India’s development, as described in the article?
A1: The narrative has shifted decisively from “women’s development” (where women are passive beneficiaries of welfare) to “women-led development” (where women are active leaders and shapers of the nation’s future). This marks a fundamental change in how women’s role in society is perceived.
Q2: What are the statistics that demonstrate India’s progress in girls’ education at the school level?
A2: India has achieved gender parity at the foundational, preparatory, and middle school levels (GER of 1.0). At the secondary level, girls’ participation has exceeded that of boys (GER of 1.1). Furthermore, dropout rates have declined, indicating better retention of girl students.
Q3: What is the most striking statistic about women’s enrolment in STEM higher education in India?
A3: Women now account for 43% of total enrolment in STEM programmes at the higher education level. This is one of the highest proportions of women STEM graduates in the entire world, demonstrating a massive and successful influx of women into science and technology fields.
Q4: What evidence is there that women are progressing from STEM graduation to research and doctoral programmes?
A4: Doctoral enrolment has more than doubled (over 135% growth). The Prime Minister’s Research Fellowship supports 35% women scholars. Most strikingly, women now account for over 53% of UGC-NET Junior Research Fellowships in STEM, meaning they are the majority of new entrants into the Ph.D. research pipeline.
Q5: How does Prime Minister Modi’s quote reframe the relationship between women and science?
A5: PM Modi stated: “Today, the country’s thinking is not that women should be empowered through science, but that science should also be empowered through the participation of women.” This reframes the issue from one of charity (using science to help women) to one of strategic necessity (science needs women’s participation to advance and innovate).
