WOMEN INVENTORS AND INDIA’S PATENT ECOSYSTEM: READING GENDER INTO INNOVATION POLICY

April 1, 2026

Nandini Sharma

National Law Institute University

Introduction

The lack of female innovators is significantly evident in the Indian patenting regime, although the country is basking in a flourishing start-up ecosystem and a passionate vision for innovation. Gender is never even a consideration in different patent laws, but gender is implicit in who is an “innovator” on a piece of paper, who is funded and what is brought to the marketplace. A gender sensitive construction of the Indian innovation regime indicates how gender is marginalised within the regime, how it might remain that way and how it can be changed.

According to the United Nations, worldwide, women account for only a small fraction of named inventors on patent applications. India follows this pattern, with low female inventor participation in both domestic and PCT filings, especially in STEM-heavy sectors such as engineering and IT, where most patenting takes place.

Behind these numbers lie familiar hurdles: under-representation of women in STEM education and R&D jobs; fewer women in leadership roles that drive patenting decisions; and gendered expectations around unpaid care work limiting time, travel and networking. Because a large share of patents are filed through institutions, universities, corporations, incubators; male dominated decision making circles and mentorship networks often control which ideas are seen as patent-worthy and who is named as an inventor.

Law on Paper vs Lived Reality

In theory, the Patents Act 1970 is gender neutral, as it doesn’t make any distinction on the grounds of gender regarding applicants and/or inventors, though India has attempted to make it easier for applicants by providing reduced official fees for individuals as well as MSMEs.

The statute presumes that every aspiring inventor has the means for taking legal advice, assistance with drafting, institutional support, as well as finances to conduct searches, filing and prosecution, which is not the case for women, especially in non-premier educational institutions. The effect of gender neutral provisions, which are based on unevenly played out conditions, is that the inventive inputs of women never reach the patent office, or even when they do, they disappear inside collaborative research work, with themselves not identified as the primary inventors.

The reported patent precedents themselves rarely use the language of gender, which is a telling observation: women are effectively invisible from the normative discussions of patentability, disclosure and licensing. The gender trends are more apparent when examining practice with respect to innovation schemes, including institutional patenting.

The government initiatives with respect to entrepreneurship, such as startup initiatives and MSME, commonly include IP protection subsidies, but typically lack a gender perspective on follow-through, so there is no way of discerning how many patents actually list a woman as a primary inventor versus a token co-inventor.

Analysis of university patenting practices has revealed that most patents are from top institutions, which still lack significant numbers of female faculty within engineering, science and technology departments, a lack that is not surprising when noting that institutional patenting practices largely mirror male-dominated laboratories, even when, for instance, large numbers of contributions come from female researchers.

There are also powerful positive examples that expose the system’s potential. Women-focused innovation challenges and hackathons have surfaced patentable ideas around low-cost medical devices, assistive technologies, clean energy and menstrual health solutions, showing that when targeted platforms and mentors exist, women’s inventive output becomes visible.

Yet only a fraction of such projects is shepherded from prototype to granted patent and then to market, often because teams lack sustained legal support, funding and networks; this drop off illustrates that the problem is less about ability and more about missing infrastructure around women innovators.

Policy, Intersectionality and Reform

An interpretation of existing mechanisms from a gender perspective could go a long way in filling these gaps without the need to introduce a whole new set of laws. Existing fee reductions and fast-track programs exist for, inter alia, startups and small entities; these might be brought more in line with women-owned businesses, for instance, by automatically designating certified women-owned startups as “startup” or “small entity” for IP purposes, with such designation clearly communicated in outreach. Patent office examiners and officials might be trained to interact productively with such applicants, whether newcomers with limited resources, such as women inventors, to prevent procedural missteps, rigid hearing procedures, or stiff official language from discouraging them from continuing in the application process.

Rules regarding government-funded R&D might need research institutions to develop a publicly available policy on inventorship that accurately reflects the contributions of women scientists and engineers on patent applications, with remuneration to be attributed to them rather than going to senior, often male, bosses.

Reading gender into innovation policy also requires an intersectional lens. Rural women innovators, Dalit and Adivasi women and women in low‑income urban communities constantly create context‑specific tools, processes and designs, whether in agriculture, water management, food processing or crafts, but these seldom enter formal IP channels.

There are indeed initiatives related to grassroots innovation and protection of traditional knowledge; these do not always centre women as rights‑holders or name them as inventors when applicable; outsiders may formalise community knowledge into patents or designs in their own names, thereby reinforcing gender and caste hierarchies while the originators remain invisible. Any serious attempt at democratisation of patents, therefore, needs to go beyond “adding more women” from already privileged spaces, towards asking whose creativity is being recognised, who controls the application process and how benefits are shared.

More hospitable concrete reforms can be made. Patent offices and innovation agencies should publish regular gender disaggregated data on inventors and applicants, ideally with more granular indicators, so policymakers and researchers can identify points of intervention, rather than relying on anecdotes.

Law schools and bar associations can run women-centric IP clinics and pro bono cells that help with searching, drafting, filing and strategy while empowering women to assert inventorship in collaborative projects instead of being written out at the last minute. Mainstream innovation programs from incubators to state start-up missions can embed gender criteria, such as linking certain subsidies, mentoring, or fast-track benefits to inclusive R&D teams by actively scouting for women-led technologies rather than passively waiting for applications.

Ultimately, changing the numbers requires changing institutional culture. Universities, research labs and companies need internal norms that treat fair inventorship as seriously as authorship, with clear procedures for raising concerns in case credit is denied or misallocated. Team leading and principal investigation play a gatekeeping role and can be incentivised through promotion criteria, grant conditions and awards to ensure that women’s technical contributions translate into named inventorship and a share in licensing revenues when relevant.

When women see the patent system can actually secure recognition, bargaining power and economic participation rather than just reflecting existing hierarchies, it ceases to be a distant legal abstraction and becomes a realistic pathway.

“Reading gender into innovation policy” does not mean setting aside some small ghetto called “women’s innovation”, leaving the core untouched. It means looking anew at how India defines and measures innovation, who it counts as an inventor and how laws and institutions may be designed in a manner such that women’s creativity, from elite labs to informal neighbourhood workshops, is not treated as some occasional exception to be showcased, but as an integral, visible, valued part of India’s patent landscape.

Conclusion

Women inventors in India’s patent ecosystem reveal how gender shapes access to innovation opportunities. Strengthening women inventors participation in India’s patent ecosystem requires structural reforms, inclusive institutional practices and gender-responsive innovation policy. Recognising women inventors in India’s patent ecosystem ensures equitable technological growth and strengthens long-term innovation capacity.

References