In my last column, we discussed the vital qualities of education and then reforms that Kerala needs to undertake to make its education ready for the 21st century. Today, I develop further on that theme, discussing both the hardware and software of educational development.

Hardware? Yes, the physical infrastructure of knowledge deserves equal attention. Libraries must evolve from repositories of books into dynamic centres of scholarship, connected to international databases and digital repositories. Laboratories must meet contemporary research requirements. Archives and museums should be treated as research infrastructure rather than merely custodial institutions. Botanical gardens should be recognised as living scientific resources for taxonomy, biodiversity research, conservation and education. Kerala already possesses many such assets. The challenge is to connect them.

A university library, a botanical garden, an archive, a museum, a laboratory and a field research station should not exist as isolated institutional islands. They should form part of an interconnected knowledge ecosystem in which researchers and students can move across disciplines and institutions. This is particularly important because the great challenges of our time do not respect academic boundaries. Climate change cannot be understood through atmospheric science alone. Biodiversity loss involves ecology, economics, law and ethics. Artificial intelligence raises questions in computer science, philosophy, economics, sociology and public policy. Food security involves agriculture, climate, trade, nutrition and social justice. Urbanisation requires engineering as well as political economy, public administration and sociology. Kerala's universities should therefore become places where disciplines meet rather than territories in which they remain isolated.

Also Read: The knowledge we inherit, the future we create(Part I)

The relationship between teaching and research must also change. A university that merely transmits established knowledge will eventually lose its intellectual vitality. Students should encounter research methods early in their academic lives. They should learn how knowledge is produced, not merely what textbooks currently say. Undergraduates should have opportunities to work with researchers, examine primary sources, conduct experiments, analyse data and participate in projects whose conclusions are not already known. This would transform the student from a consumer of knowledge into a participant in its creation.

Specialisation is indispensable to serious scholarship, but scholarship achieves its fullest public value when it can illuminate the society around it. Higher education has a purpose larger than producing specialist professionals. It should produce minds capable of connecting specialised knowledge with history, society, ethics and public life.

This prompts a more demanding question: what kind........

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