As artificial intelligence rewrites industries and automation reshapes jobs, universities across the world face a defining question: Are they preparing students for the future—or educating them for a world that no longer exists?
China appears to have chosen its answer.
Between 2021 and 2025, China undertook one of the most sweeping higher education reforms in recent history, suspending or eliminating more than 12,200 undergraduate programmes while introducing over 10,200 new ones. Affecting nearly a third of all university courses, the exercise signals a dramatic shift in how one of the world's largest education systems views the relationship between universities, technology and economic development.
The message is unmistakable: degrees must evolve as quickly as industries.
For India—home to one of the world's largest higher education ecosystems and more than 40 million students—the development raises an important question. Should Indian universities also undergo a large-scale academic reset, or should they chart a different path?
From Traditional Degrees to Future Skills
China's reforms are not simply about closing courses. They are part of a broader national strategy to align higher education with emerging industries.
Universities have been encouraged to phase out programmes with declining demand while expanding disciplines linked to artificial intelligence, robotics, semiconductors, advanced manufacturing, renewable energy, biotechnology and intelligent systems.
Rather than asking what students want to study today, policymakers are asking what the economy will require ten years from now.
It is a shift from degree-centric education to capability-centric education.
Increasingly, employers value graduates who can solve complex problems, work with intelligent technologies and adapt to rapidly changing workplaces. Academic knowledge alone is no longer enough.
India's Employability Challenge
India faces a similar dilemma.
Every year, millions of students graduate from universities across the country. Yet employers frequently report skill gaps in areas ranging from digital technologies and communication to analytical thinking and practical problem-solving.
Many university syllabi continue to change slowly despite industries evolving rapidly.
This disconnect becomes more visible in sectors such as AI, cybersecurity, data science, semiconductor manufacturing, green technologies and digital healthcare, where job requirements can transform within a few years.
The challenge is no longer merely expanding access to higher education. It is ensuring that higher education remains relevant.
The Rise of Interdisciplinary Learning
Perhaps the most valuable lesson from China's reforms is not the introduction of AI courses or the removal of outdated programmes.
It is the growing importance of interdisciplinary education.
The next generation of innovation is unlikely to emerge from isolated disciplines.
Tomorrow's breakthroughs may come from combinations such as:
- AI and healthcare
- Engineering and sustainability
- Data science and economics
- Biotechnology and artificial intelligence
- Psychology and human-computer interaction
- Agriculture and robotics
Complex global challenges—including climate change, ageing populations, food security and public health—require professionals who can work across traditional academic boundaries.
Universities worldwide are increasingly recognising that innovation often happens at these intersections.
Does Technology Mean the End of Humanities?
One common misconception is that technology-focused reforms diminish the importance of arts and humanities.
The evidence suggests otherwise.
Ironically, the AI era may make human-centred skills even more valuable.
Artificial intelligence can analyse enormous datasets and generate content in seconds. But it cannot easily replicate qualities such as ethical reasoning, empathy, creativity, cultural understanding or nuanced judgement.
As AI becomes more deeply embedded in society, employers are placing greater value on professionals who can combine technical knowledge with critical thinking and effective communication.
The future workforce will likely need engineers who understand ethics, doctors who understand AI, lawyers who understand algorithms and policymakers who understand technology.
This is not a victory of STEM over humanities. It is a convergence of both.
Where India Must Move Faster
India has already initiated important reforms through the National Education Policy (NEP) 2020, which promotes multidisciplinary learning, flexible curricula, digital education and skill development.
Yet implementation remains uneven.
Several priorities deserve greater attention:
- Faster curriculum reviews aligned with emerging industries
- Stronger industry-academia collaboration
- Greater emphasis on internships and experiential learning
- AI and digital literacy across disciplines
- Modular learning, micro-credentials and stackable certifications
- Faculty upskilling in emerging technologies
Perhaps most importantly, universities need greater flexibility to introduce new programmes quickly while retiring those that have lost academic or employment relevance.
Should India Copy China?
Not entirely.
China's highly centralised education system allows rapid nationwide restructuring. India's higher education landscape is far more diverse, with central universities, state universities, private institutions and autonomous colleges serving different regional and social needs.
A wholesale replication would neither be practical nor desirable.
However, several underlying principles merit serious consideration.
India can modernise curricula without reducing education to short-term labour market trends. It can promote AI and emerging technologies while continuing to strengthen the humanities, social sciences and fundamental research.
Universities should prepare students not only for their first job but for careers that may span multiple industries over four or five decades.
The Next University Will Not Be Built Around One Degree
The larger transformation extends beyond individual programmes.
Rapid technological change is challenging the traditional idea that education ends with graduation.
Increasingly, universities are moving toward lifelong learning through continuous upskilling, online learning, industry certifications, executive education and micro-credentials that allow professionals to reskill throughout their careers.
In this model, a degree becomes the beginning of learning rather than its conclusion.
The Bottom Line
China's large-scale restructuring of undergraduate programmes is less about eliminating degrees than about redefining the purpose of higher education.
For India, the real lesson is not to abandon traditional disciplines but to build universities that are agile, interdisciplinary and responsive to technological change.
The future belongs neither to technology alone nor to the humanities in isolation.
It belongs to graduates who can combine technical expertise with ethical judgement, scientific knowledge with creativity, and innovation with social responsibility.
In an age where artificial intelligence is changing the nature of work itself, the most successful universities will not simply teach students how to find jobs. They will teach them how to remain relevant in jobs that have not yet been created.
