Recent discussions about the employment prospects of PhD graduates in India prompted me to reflect on a broader question that I have considered for many years. India has expanded higher education dramatically over the past several decades, including medical education, doctoral training, and other professional programs. Yet expansion alone does not automatically translate into educational quality, research capacity, clinical excellence, or meaningful career pathways for highly trained graduates. The question is not whether access has increased, it clearly has, but whether educational quality and professional preparation have evolved at the same pace.
In an earlier essay, I discussed doctoral training and research careers from the perspective of student choices and career incentives. Here, I consider a related but different question: Has the expansion of higher education been accompanied by comparable improvements in educational quality, professional training, research opportunities, and career pathways for highly trained graduates?
Access and opportunity
There is no question that India has made remarkable progress since independence. Universities, professional schools, research institutes, and specialized training programs have produced generations of scientists, engineers, physicians, entrepreneurs, and scholars. Indian professionals have succeeded not only within the country but throughout the world, and that success is a source of national pride.
At the same time, it is reasonable to ask whether educational expansion alone is sufficient. India is now the world’s most populous nation and produces enormous numbers of engineers, physicians, scientists, and other highly trained professionals each year. Yet many graduates continue to seek opportunities elsewhere. The success of Indian professionals abroad is undeniable and commendable. However, one may legitimately ask why so many of the country’s best-trained graduates continue to feel that their greatest opportunities lie outside India.
The challenge, in my view, is not simply the number of graduates being produced. The more important question is whether the economy, research enterprise, health care system, industrial sector, and public institutions are creating opportunities that match their training. This concern extends to medicine as well, where expanding the physician workforce should be accompanied by continued attention to the quality of training, mentorship, clinical experience, and professional development. Many talented individuals pursue advanced degrees only to encounter limited research funding, uncertain career paths, prolonged temporary appointments, underemployment, or positions that do not fully utilize their abilities.
Educational access and educational quality do not always advance together. Several Indian states have experienced rapid growth in professional and higher education institutions. Increased access is welcome and necessary. However, access alone does not guarantee excellence. Faculty development, research infrastructure, practical training, mentorship, accountability, and institutional culture remain critical components of a successful educational system.
My own perspective may be shaped by the era in which I was educated. As a student in the 1970s, I rarely encountered private educational institutions beyond a limited number of primary and secondary schools, many of them operated by religious organizations. Professional and higher education were still dominated by public institutions. Today, the landscape is almost unrecognizable. Private participation has expanded dramatically across engineering, medical, pharmacy, management, and other professional programs.
This transformation has undoubtedly increased educational access and created opportunities for millions of students who might otherwise have been excluded from higher education. At the same time, it raises important questions about quality assurance, accreditation, faculty development, research capacity, and institutional accountability. As educational systems continue to grow, ensuring that standards evolve alongside access becomes increasingly important.
Standards, mobility, and educational quality
Another challenge is the fragmentation of educational systems across states and institutions. Differences in curricula, examinations, accreditation practices, and professional pathways can sometimes limit mobility and comparability of qualifications. Greater harmonization of standards, while preserving regional flexibility, could strengthen quality assurance and improve opportunities for students and professionals across the country. A stronger national framework for standardized testing and competency assessment across educational levels may help improve consistency, quality assurance, and interoperability among institutions while still allowing flexibility in curriculum design and regional priorities.
I sometimes wonder whether the combination of expanding regional autonomy, growing local priorities, institutional influences, and the rapid proliferation of private educational institutions has made it more difficult to maintain consistent educational standards across India. These developments have undoubtedly broadened educational opportunities and increased institutional capacity. However, as the number, diversity, and complexity of institutions continue to grow, ensuring quality, accountability, and effective oversight becomes an increasingly challenging task.
This raises a broader question. As India becomes increasingly interconnected economically and technologically, how much variation in educational preparation across states is beneficial, and at what point might it begin to hinder student mobility, professional development, research training, and national competitiveness?
To be fair, these concerns have not gone unnoticed. Initiatives associated with the National Education Policy 2020, digital education programs, AI-related initiatives, and various state-level reforms reflect growing recognition that increasing educational capacity alone is not sufficient. Whether these efforts will achieve their intended goals remains to be seen.
Producing graduates versus producing scientists
Producing more PhDs, physicians, engineers, and scientists is important, but quantity alone cannot replace quality. It is equally important that these graduates receive high-quality training and emerge with the skills and expertise needed to contribute effectively to society, the economy, and scientific advancement.
Having trained graduate students for more than three decades, I have become increasingly convinced that producing degrees is far easier than producing well-trained scientists. I consider a student truly ready not when the dissertation is completed, but when he or she has acquired the confidence, judgment, and intellectual independence to venture into uncharted territory and pursue questions for which there are no established answers.
Research, by its nature, involves uncertainty. Experiments fail, hypotheses prove incorrect, and unexpected observations often challenge accepted assumptions. The ultimate purpose of doctoral education should not simply be to satisfy degree requirements, but to cultivate independent thinkers capable of navigating uncertainty and contributing genuinely new knowledge.
Looking ahead
These issues may become even more important as artificial intelligence assumes a larger role in research, education, health care, industry, and other sectors. If AI increasingly performs routine analytical and information-processing tasks, the value of human creativity, scientific judgment, originality, and the ability to ask important questions may become even more important than technical proficiency alone. Educational systems will need to prepare students not only to use new technologies but also to contribute in ways that technology cannot easily replace.
I should acknowledge that these observations are based largely on personal experience and may not fully represent the diversity of educational institutions and student experiences across India. Having lived outside India for nearly four decades, my perspective comes primarily from interactions with students, trainees, junior faculty, and colleagues with whom I have worked over the years. Through these interactions, I have observed significant changes in educational culture and student expectations, not all of which I view positively.
One trend that concerns me is what I perceive to be a decline in intellectual engagement among some students, including at the doctoral level. Many students remain highly motivated, hardworking, and exceptionally talented. Nevertheless, I increasingly encounter students who view advanced education primarily as a pathway to migration. There is nothing wrong with seeking opportunities abroad, and many have gone on to make important contributions internationally. However, when geographic mobility becomes the principal objective, scholarship, intellectual growth, and the pursuit of excellence can become secondary considerations.
These observations may not be representative of India as a whole, and I readily acknowledge that limitation. Nonetheless, they raise questions that deserve discussion. India has demonstrated a remarkable ability to broaden educational opportunities. The next challenge may be ensuring that educational quality, research capacity, and career opportunities develop in a manner consistent with the nation’s educational ambitions.
India has made extraordinary progress over the past several decades. The question now is not whether the country can produce large numbers of graduates. It clearly can. The more important question is whether India can build an environment in which those graduates can realize their full potential and contribute meaningfully to the nation’s future.
That, in my view, may be one of the most important questions facing higher education and professional training in India in the coming decades.
Rao M. Uppu is professor of environmental toxicology and chemistry at Southern University and A&M College in Baton Rouge, Louisiana, where he has served since 2002. He is also an adjunct professor of chemistry and pathobiological sciences at Louisiana State University.
Trained in biochemistry, physical organic chemistry, and free radical chemistry, his research spans bioanalytical methods, biomarker discovery and validation, chemical toxicology, environmental chemistry, computational genomics, reactive intermediates, and the molecular mechanisms of disease. His scholarship is indexed on ORCID, ResearchGate, and Google Scholar.
Dr. Uppu is a Fellow of the American Association for the Advancement of Science (AAAS), the Royal Society of Chemistry (RSC), the Royal Society of Biology (RSB), the Royal Society of Medicine (RSM), the Royal Society for Public Health (RSPH), and the Academy of Toxicological Sciences (ATS).
In addition to his scientific research, he writes reflective essays on scientific culture, mentorship, peer review, ethics, and the human dimensions of academic life. He shares updates on LinkedIn.
