India is adding more engineering seats. Are students keeping pace?

Engineering remains one of India's biggest professional courses, but Arts still dominates undergraduate classrooms even as the Centre doubles down on IIT expansion, AI programmes and semiconductor education.

In Short

• Government has steadily expanded IIT seats and newer BTech programmes nationwide
• Nearly 99.8 lakh students pursued STEM courses across all levels
• Students are increasingly choosing interdisciplinary technology courses over conventional branches

For nearly three decades, engineering has shaped India's higher education aspirations.

Governments have expanded the Indian Institutes of Technology (IITs), opened new Indian Institutes of Information Technology (IIITs), increased engineering seats, approved emerging BTech specialisations and tied the country's economic ambitions – from semiconductor manufacturing to artificial intelligence – to the availability of engineering talent.

The message from policymakers is clear: India needs more engineers.

But the latest All India Survey on Higher Education (AISHE) 2023-24 suggests that student choices are becoming more diverse than the country's engineering-first narrative.

Engineering and Technology remains one of the largest undergraduate streams, accounting for 12.9 per cent of enrolment. Yet it is still far behind arts, which continues to be India's biggest undergraduate discipline with 32.1 per cent of students. Science accounts for 13.5 per cent, while commerce contributes 12 per cent.

The contrast raises a larger question.

As India expands engineering capacity across IITs, NITs, IIITs and hundreds of technical institutions, are student preferences evolving faster than the education system?

ENGINEERING REMAINS IMPORTANT - BUT IT NO LONGER DEFINES HIGHER EDUCATION

For years, engineering was seen as the default pathway to a stable, well-paying career.

That dominance appears to be softening.

AISHE shows that undergraduate enrolment remains spread across multiple disciplines, with Arts continuing to enrol nearly one in every three students. Science, too, maintains a sizeable share, suggesting that while students continue to gravitate towards STEM fields, engineering is no longer the only route into science and technology careers.

The survey also shows that overall STEM enrolment has crossed 1.01 crore students, representing 22.5% of all higher education enrolment. Interestingly, women now outnumber men in Science programmes.

Rather than indicating a decline in STEM, the numbers suggest a diversification of how students are entering technology and science-related careers.

INDIA'S ENGINEERING AMBITIONS ARE ONLY GETTING BIGGER

The government's push, meanwhile, has accelerated.

Over the past few years, IITs have repeatedly expanded BTech intake. New programmes in artificial intelligence, machine learning, semiconductor engineering, robotics and data science have been launched across technical institutions. Electronics manufacturing, green energy, defence technology and the India Semiconductor Mission all depend on producing a larger engineering workforce.

The National Education Policy (NEP) has further encouraged multidisciplinary engineering education, industry partnerships and innovation-driven curricula.

On paper, India's engineering ecosystem has never looked more ambitious.

THE DEMAND QUESTION

The challenge is whether student demand is expanding at the same pace as institutional capacity.

Parliamentary committee reports and All India Council for Technical Education (AICTE) data reveal that roughly 30 per cent to 40 per cent of approved engineering seats in India typically remain vacant each year. This structural oversupply has led to massive rationalisation, forcing the progressive shutdown of over 50 underperforming institutions nationwide.

However, when viewed alongside recent increases in engineering seats across IITs and technical institutions, the data raises an important policy debate: will expanding capacity automatically translate into more engineering graduates, or are students increasingly exploring alternative academic pathways?

This is particularly relevant as universities introduce interdisciplinary programmes that blend computer science, mathematics, artificial intelligence, biotechnology and analytics – courses that often sit at the intersection of engineering and science.

ENGINEERING JOBS HAVE CHANGED

Another reason could be the changing nature of the job market.

Unlike the software hiring boom of the 2000s, employers today increasingly seek specialised skills rather than broad engineering degrees. Artificial intelligence is reshaping recruitment, companies are hiring more selectively, and graduates are expected to possess domain expertise alongside technical knowledge.

As a result, students may no longer view engineering as the only pathway into technology careers.

Degrees in mathematics, statistics, computational sciences and interdisciplinary STEM programmes are increasingly becoming viable alternatives.

WHAT AISHE TELLS US

The latest survey offers an important reminder.

Engineering remains a pillar of India's higher education system, but it is no longer the defining story of undergraduate education. Arts continues to attract the largest number of students, STEM enrolment is expanding across multiple disciplines, and higher education is becoming increasingly multidisciplinary.

Whether India's engineering expansion ultimately succeeds will depend not only on creating more seats, but also on ensuring that those seats remain relevant to the aspirations of students and the demands of a rapidly changing economy.

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