Why Manufacturing Has Lagged in India

Context

  • Despite similar starting points in the early 20th century, India’s manufacturing sector underperformed compared to China and South Korea.

  • Manufacturing’s share in India’s GDP has remained stagnant (~15–17%) and has recently lost ground to services.

  • Economist Arvind Subramanian attributes part of this failure to high public sector wages, analysed through the Dutch Disease framework.


Key Data Points (Prelims Ready)

  • Manufacturing = engine of structural transformation

  • India:

    • Skipped large-scale industrialisation

    • Jumped from agriculture → services

  • China & South Korea:

    • Manufacturing-led growth

    • Strong export competitiveness

    • Rapid technological upgrading


Dutch Disease: Conceptual Explanation

Definition

  • Dutch Disease occurs when expansion of one sector raises wages and prices economy-wide, crowding out manufacturing.

Original Context

  • Coined after discovery of Groningen gas fields (Netherlands, 1959).

  • 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.

  1. High public sector wages

    • Draw labour away from manufacturing

  2. Rising economy-wide wages

    • Manufacturing becomes uncompetitive

  3. Higher domestic demand & prices

    • Increased imports under free trade

  4. Real exchange rate appreciation

    • Domestic manufacturing loses export competitiveness

➡️ Result: Stagnation of manufacturing


Critical Evaluation of the Dutch Disease Argument

Key Limitation

  • Dutch Disease explains windfall shocks, not democratic policy choices

  • Public sector wages are:

    • Political decisions

    • Socially redistributive

    • Not accidental resource discoveries


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

  • High wages → labour scarcity → technological innovation

Key Thinkers

  • John Habakkuk: Britain’s labour scarcity drove early industrialisation

  • Robert C. Allen: High wages triggered the Industrial Revolution

  • Daron Acemoglu:

    • Ageing societies (Germany, Japan, South Korea) → automation + productivity

    • Labour-abundant economies → wage suppression

➡️ High wages should have incentivised innovation, not stagnation.


India’s Manufacturing Puzzle

  • Manufacturing:

    • Did not innovate

    • Did not raise productivity

    • Continued reliance on cheap labour

  • Indicates failure of technological upgrading, not just wage pressure


Private Sector Growth: A Skewed Story

Services & Software Sector

  • Rapid growth

  • Yet:

    • Entry-level IT wages stagnant since early 2000s

    • No broad-based wage growth

Gig Economy Unicorns

  • Swiggy, Zomato, Ola, Blinkit

  • Business model:

    • Labour-intensive

    • Platform-based aggregation

    • Limited deep technology

  • Reflect labour abundance, not innovation-led growth


Inequality Dimension

  • Growth accompanied by:

    • Rising wealth concentration

    • Billionaires alongside stagnant wages

  • Suggests:

    • Growth without inclusion

    • Weak manufacturing wage ladder


Core Analytical Questions for UPSC

  • Did government intervention prevent technology adoption?

  • Or did Indian manufacturing:

    • Get addicted to cheap labour?

    • Avoid capital investment?

    • Miss the productivity transition?


Key Takeaways

  • India’s manufacturing lag:

    • Not only due to high public wages

    • But due to failure of induced innovation

  • Structural transformation stalled due to:

    • Labour abundance

    • Weak technological upgrading

    • Skewed growth towards low-wage services

  • Manufacturing stagnation explains:

    • Jobless growth

    • Persistent inequality


Way Forward (GS-III Enrichment)

  • Encourage capital- and technology-intensive manufacturing

  • Shift focus from:

    • Cost competitiveness → productivity competitiveness

  • Strengthen:

    • R&D ecosystem

    • Skill–technology linkage

    • Industrial policy aligned with innovation

  • Move beyond cheap labour as growth strategy

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