Why Manufacturing Has Lagged in India
Context
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Despite similar starting points in the early 20th century, India’s manufacturing sector underperformed compared to China and South Korea.
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Manufacturing’s share in India’s GDP has remained stagnant (~15–17%) and has recently lost ground to services.
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Economist Arvind Subramanian attributes part of this failure to high public sector wages, analysed through the Dutch Disease framework.
Key Data Points (Prelims Ready)
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Manufacturing = engine of structural transformation
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India:
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Skipped large-scale industrialisation
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Jumped from agriculture → services
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China & South Korea:
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Manufacturing-led growth
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Strong export competitiveness
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Rapid technological upgrading
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Dutch Disease: Conceptual Explanation
Definition
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Dutch Disease occurs when expansion of one sector raises wages and prices economy-wide, crowding out manufacturing.
Original Context
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Coined after discovery of Groningen gas fields (Netherlands, 1959).
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Resource boom → currency appreciation → manufacturing decline.
Applying Dutch Disease to India
Mechanism in Indian Context
Unlike natural resources, India’s case involves policy-driven expansion of the public sector.
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High public sector wages
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Draw labour away from manufacturing
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Rising economy-wide wages
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Manufacturing becomes uncompetitive
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Higher domestic demand & prices
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Increased imports under free trade
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Real exchange rate appreciation
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Domestic manufacturing loses export competitiveness
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➡️ Result: Stagnation of manufacturing
Critical Evaluation of the Dutch Disease Argument
Key Limitation
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Dutch Disease explains windfall shocks, not democratic policy choices
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Public sector wages are:
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Political decisions
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Socially redistributive
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Not accidental resource discoveries
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The Technology Question (Core Issue)
Counter-Question
If wages were high, why didn’t manufacturing upgrade technologically to sustain them?
Theory of Induced Innovation
Core Idea
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High wages → labour scarcity → technological innovation
Key Thinkers
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John Habakkuk: Britain’s labour scarcity drove early industrialisation
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Robert C. Allen: High wages triggered the Industrial Revolution
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Daron Acemoglu:
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Ageing societies (Germany, Japan, South Korea) → automation + productivity
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Labour-abundant economies → wage suppression
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➡️ High wages should have incentivised innovation, not stagnation.
India’s Manufacturing Puzzle
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Manufacturing:
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Did not innovate
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Did not raise productivity
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Continued reliance on cheap labour
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Indicates failure of technological upgrading, not just wage pressure
Private Sector Growth: A Skewed Story
Services & Software Sector
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Rapid growth
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Yet:
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Entry-level IT wages stagnant since early 2000s
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No broad-based wage growth
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Gig Economy Unicorns
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Swiggy, Zomato, Ola, Blinkit
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Business model:
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Labour-intensive
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Platform-based aggregation
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Limited deep technology
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Reflect labour abundance, not innovation-led growth
Inequality Dimension
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Growth accompanied by:
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Rising wealth concentration
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Billionaires alongside stagnant wages
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Suggests:
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Growth without inclusion
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Weak manufacturing wage ladder
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Core Analytical Questions for UPSC
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Did government intervention prevent technology adoption?
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Or did Indian manufacturing:
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Get addicted to cheap labour?
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Avoid capital investment?
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Miss the productivity transition?
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Key Takeaways
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India’s manufacturing lag:
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Not only due to high public wages
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But due to failure of induced innovation
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Structural transformation stalled due to:
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Labour abundance
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Weak technological upgrading
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Skewed growth towards low-wage services
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Manufacturing stagnation explains:
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Jobless growth
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Persistent inequality
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Way Forward (GS-III Enrichment)
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Encourage capital- and technology-intensive manufacturing
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Shift focus from:
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Cost competitiveness → productivity competitiveness
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Strengthen:
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R&D ecosystem
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Skill–technology linkage
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Industrial policy aligned with innovation
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Move beyond cheap labour as growth strategy





