• Member
• September 13, 2026

Transforming PhD Research in India into a National Engine of Prosperity and Wellbeing

 

India stands at an unusual moment in its research journey. The country is producing a very large volume of doctoral research, yet the full value of this intellectual effort is not necessarily reaching society, industry or the economy. The analysis presented in the attached material, covering 592,085 PhD theses from 2021–2025, points to a substantial and geographically distributed research base, with particularly large doctoral outputs from Tamil Nadu, Uttar Pradesh, Maharashtra, Karnataka and the Delhi NCR. It also points to differences in research infrastructure and practices between premier institutions and regional universities.

The central challenge, therefore, is not simply to produce more PhDs. India needs to transform the PhD from primarily an academic endpoint into a national knowledge-to-action system. A doctoral thesis should remain a rigorous contribution to knowledge, but it should also have the possibility of becoming a technology, a new enterprise, a public policy, a better public service, a new manufacturing process, a healthcare intervention, an ecological solution, a new educational practice or a deeper understanding of India's social and cultural challenges.

This does not mean that every PhD must become a startup or generate immediate commercial returns. Fundamental science, mathematics, philosophy, history, literature and other forms of scholarship may create value many years or even generations later. The objective should instead be to ensure that every doctoral contribution is connected to a larger landscape of human, scientific, economic, social, cultural or ecological capability.

The first major change should therefore be in the way research problems are generated. Instead of research beginning predominantly with an individual researcher identifying a narrowly defined academic question, India could increasingly allow important problems from districts, cities, villages, industries, hospitals, farms, public institutions and communities to become sources of doctoral research questions. A farmer's problem, an MSME's productivity constraint, a city's pollution challenge, an elderly person's difficulty in accessing healthcare, a railway safety problem or a water-management challenge could become the starting point for several disciplines of research.

This would create a fundamentally different relationship between society and universities. Society would not merely be the beneficiary of research; it would become a source of research questions. Universities would become places where societal problems are converted into knowledge, experimentation, prototypes and solutions.

India could establish a continuously updated National Problem Bank, complemented by problem portfolios at the state, district and city levels. Problems could be submitted by citizens, government departments, industries, farmers, hospitals, educational institutions and civil-society organisations. Researchers could then discover not only what has already been studied, but also which important problems remain inadequately understood.

The enormous existing body of doctoral work could simultaneously be converted into a national knowledge resource. Hundreds of thousands of theses contain experiments, observations, datasets, designs, theories, local knowledge and unsuccessful approaches. Much of this knowledge remains difficult for another researcher, entrepreneur, policymaker or community to discover and use. An AI-enabled national research knowledge system could connect theses, researchers, datasets, laboratories, patents, companies, government programmes and unresolved problems.

The objective would be to make it possible for a researcher to ask a simple question: "Who in India has already worked on this problem, what did they discover, what remains unresolved, and who could help me take the next step?" Such a system could substantially reduce duplication while increasing collaboration.

A second major transformation should be to organise research around missions rather than only disciplines. India's most consequential problems rarely belong to one academic department. Improving food security, for example, requires agriculture, biotechnology, logistics, materials science, economics, behavioural science, water management and climate research. Improving longevity requires medicine, nutrition, environmental science, urban design, psychology, public health and technology.

A single national or regional mission could therefore generate a portfolio of interconnected PhDs rather than hundreds of isolated theses. Twenty researchers working on different aspects of the same problem could collectively produce much greater societal value than twenty researchers working independently without connection to one another.

The same principle can transform the relationship between universities and industry. Research should have clear pathways through which promising discoveries can move from the laboratory to prototype development, field testing, certification, manufacturing, licensing or entrepreneurship. Universities should not be expected to become businesses, but they should become much better connected to institutions capable of converting knowledge into products and services.

India could develop permanent Research-to-Enterprise and Research-to-Government interfaces around universities and research clusters. Their purpose would be to identify research with potential users and help move it toward adoption. A successful outcome would not necessarily be a patent. It could be an MSME adopting a new process, a government department changing a procedure, a hospital implementing a new diagnostic method or a community adopting a more sustainable technology.

This also changes the meaning of employment. PhD research should increasingly be viewed as a potential employment multiplier. A doctoral researcher who develops a low-cost manufacturing technology may create jobs far beyond the researcher. A new agricultural process can create rural employment. A healthcare technology can generate an ecosystem of technicians and service providers. An innovation that enables thousands of MSMEs to increase productivity can create much more employment than the original research project itself.

Consequently, doctoral research should increasingly ask not only, "What knowledge have we created?", but also, "What productive human capability could this knowledge unlock?"

This is particularly important if India aspires to move towards extremely low unemployment. Achieving unemployment below one percent cannot be guaranteed by the research system alone, but research can contribute to the conditions required for such an outcome by creating new industries, improving productivity, enabling entrepreneurship and making previously underutilised human capabilities economically productive.

The same transformation should be applied to India's aspiration for a substantial increase in life expectancy. Longevity cannot be treated simply as a medical research problem. Clean air, safe water, nutrition, sanitation, mobility, housing, mental wellbeing, preventive healthcare, workplace safety, ageing, diagnostics and affordable medical technologies all influence the length and quality of human life.

India could therefore organise doctoral research around a broad National Longevity Mission, in which medical researchers work alongside engineers, environmental scientists, nutritionists, social scientists, designers, economists and policymakers. The objective would not merely be more medical publications, but measurable improvements in the conditions that allow people to live longer and healthier lives.

Ecological sustainability requires a similar change in the research question. Economic development and environmental protection should not be treated as permanently opposing objectives. Doctoral research can be directed toward discovering ways of producing more value with fewer resources. Materials research, circular manufacturing, renewable energy, water efficiency, low-carbon transport, sustainable agriculture, biodiversity conservation and waste reduction can become major areas of research-driven economic opportunity.

Every major research programme could therefore include an ecological impact dimension. Researchers should be encouraged to consider what happens when their solution is scaled from a laboratory experiment to a city, a state or the entire country. A technology that appears sustainable at small scale may have very different consequences when deployed millions of times.

The economic objective should similarly extend beyond measuring the number of publications or patents. India needs to understand the economic value generated by research through productivity gains, new enterprises, exports, import substitution, public-sector savings, new industries and improved human capability. This does not mean abandoning publication and citation metrics; it means placing them alongside broader measures of value.

A new kind of doctoral portfolio could therefore accompany the conventional thesis. Alongside the academic contribution, the researcher could document the problem addressed, potential users, possible applications, prototypes, datasets, intellectual-property possibilities, policy relevance, employment potential, social consequences and ecological implications. For fundamental research, the portfolio could instead describe potential long-term scientific significance.

Such a system would also help democratise research. The material indicates that research capacity and advanced research practices are unevenly distributed across institutions. The answer should not be to concentrate all serious research in a small number of elite institutions. India's scale requires a network in which regional universities, state institutions, specialised laboratories, industry and communities can participate in national research missions.

A researcher in a regional university should be able to access specialised equipment elsewhere. A university should be able to find an industrial partner in another state. An MSME should be able to discover a researcher who has already solved a relevant technical problem. A district administration should be able to locate evidence produced by researchers several hundred kilometres away. A student should be able to join a national research mission without being limited by institutional boundaries.

This would turn India's research system from a hierarchy into a network of distributed intelligence.

The role of artificial intelligence in this transformation would be particularly important. AI could help map India's existing theses, identify connections between apparently unrelated research areas, discover duplication, identify research gaps, connect researchers with laboratories and companies, and reveal analogies between problems in different disciplines. The purpose would not be to replace researchers but to make India's collective research intelligence more visible and accessible.

Perhaps the most important change would be cultural. A young researcher should gradually come to see the PhD not merely as a route to a university position, but as an opportunity to become a creator of knowledge and capability. Universities should celebrate the researcher who discovers a new theory, the researcher who creates a company, the researcher whose work transforms a government programme, the researcher who improves the lives of a community and the researcher whose fundamental discovery may influence science decades later.

The ultimate transformation can be expressed as a simple chain:

Problem → Research → Knowledge → Experiment → Solution → Adoption → Productivity/Wellbeing → Reinforcement → New Research.

When this cycle becomes continuous, research stops being an isolated academic activity and becomes part of the country's economic and social development infrastructure.

India could then create a powerful national feedback loop. Successful research would generate new technologies, enterprises, public savings, better services and social benefits. These outcomes would create demand for more research and greater investment in research infrastructure. Better infrastructure would produce better researchers and better research, which would generate further solutions.

The ultimate objective should therefore not be to maximise the number of PhDs. It should be to maximise the capability created by PhDs.

If India's vast doctoral population can be connected with India's unresolved problems, its industries, its communities and its public institutions, the country could potentially convert one of its greatest under-recognised assets—its accumulated intellectual effort—into a powerful engine of development.

The four aspirations of fivefold economic expansion, extremely low unemployment, substantially greater longevity and a declining ecological footprint should consequently be treated as interconnected rather than separate goals. Higher productivity can generate prosperity; research-driven innovation can create employment; healthier environments and better healthcare can extend life; and resource-efficient technologies can allow economic development with a smaller ecological burden.

But the final measure of success must be broader than GDP.

The deeper purpose is to create an India in which knowledge is not concentrated merely in institutions, prosperity is not concentrated merely in sectors, innovation is not concentrated merely in a few cities, and the benefits of development are not concentrated merely among those already equipped to capture them.

The guiding principle can therefore be expressed in the ancient aspiration:

सर्वजन हिताय, सर्वजन सुखाय

For the welfare of all; for the happiness and wellbeing of all.

In this vision, the Indian PhD becomes more than a degree. It becomes a unit of national intelligence, a seed of innovation, a potential creator of employment, a contributor to human longevity, and a possible instrument of ecological regeneration.

And the larger national ambition becomes:

Every significant Indian problem should be able to find a researcher; every researcher should be able to find a significant problem; and every validated solution should have a pathway to reach the people who need it.

That is how India's enormous doctoral knowledge base could become not merely a record of what India has researched, but an infrastructure for what India can become.