INTRODUCTION

The Industrial Revolution was a transformative era that transformed societies from feudal, agrarian economies to capitalist, industrialised systems. Originating in Britain, it rapidly spread to the United States, Western Europe, and beyond. The term was popularised by historian Arnold Toynbee to describe Britain’s economic development from 1760 to 1840.

PRECONDITIONS / CAUSES

• Agriculture Revolution (Precursor) – 4 key changes took place:
  • Enclosure Movement: consolidation of small strip-farms into large fields, increasing productivity and efficiency.
  • Norfolk four-course crop rotation system: turnips, barley, clover, wheat -> boosted yield.
  • Selective livestock breeding improved meat/wool output.
  • Mechanization of farming
• Demographic Factors:
  • Population of England nearly doubled in the 18th century due to better nutrition and declining mortality.
  • Rural-urban migration due to urbanization left fewer labourers in enclosed farms, raising their wages. This gave inventors a profit motive to design machines to reduce labour.
• Financial and Institutional Factors: Capitalists given favourable conditions by Govt to invest in inventions
  • Bank of England (1694) provided credit stability.
  • Well-developed capital markets (New York Stock Exchange founded in 1790s), joint-stock companies, insurance (Lloyd’s of London).
  • Patent Law (Statute of Monopolies, 1624) protected inventors, incentivising innovation.
  • Secure private property rights (post-1688 Glorious Revolution) reduced investment risk.
• Colonial Capital and Trade:
  • Profits from Atlantic slave trade and colonial plantations were reinvested in British industry
  • Colonies (especially India) provided:
    • Raw materials (raw cotton, indigo, jute)
    • Captive markets for finished goods (British textiles undercut Indian handloom industry)
• Scientific and Intellectual Climate:
  • Scientific Revolution (Newton, Bacon) fostered empirical, experimental temper.
  • Rise of entrepreneurship: Hargreaves invented spinning jenny, Cartwright invented power loom.
  • Adam Smith published ‘The Wealth of Nations’ (1776): promoted an economic system based on free enterprise, the private ownership of means of production, and lack of government interference.
• Natural Resource Endowment:
  • Abundant coal and iron ore deposits located close to each other and to navigable rivers/coastline. By 1700, Britain was producing 80% of the coal in Europe. Had knowledge of using coke to make high-quality iron.
  • Extensive coastline and natural harbours facilitated trade and cheap internal transport.

WHY IT OCCURRED FIRST IN BRITAIN? (PYQ-2015)

The Industrial Revolution began in Britain around 1760 – a century before it took hold on the European continent.

• Agricultural Revolution as a precursor (same as above)
• Demographic Factors (same as above)
• Financial and Institutional Factors (same as above)
• Natural Resource Endowment (same as above)
• Colonial Capital and Captive Markets (same as above)
• Scientific and Entrepreneurial climate (same as above)
• Political Stability: Since 1688, Britain had a constitutional monarchy with a Parliament responsive to commercial interests. This contrasted sharply with France, which was consumed by revolution and Napoleonic instability through the early 19th century, and Germany, politically fragmented into dozens of principalities until unification in 1871.
• Protestant Ethic: Weber’s thesis of Calvinist work ethic and reinvestment of profit.

A comparative snapshot:

Dimension	Britain	France	Germany
Political stability	Stable since 1688 (constitutional monarchy)	French Revolution (1789), instability till Napoleon.	Fragmented into states till 1871.
Agriculture	Enclosure-driven surplus	Feudal small-holding persisted longer	Feudal remnants (serfdom abolished late)
Coal / iron	Abundant, well located	Less accessible	Rich but under-exploited till unification
Capital markets	Advanced (Bank of England)	Underdeveloped	Underdeveloped till unification
Colonies	Extensive empire (East India Company)	Smaller colonial base at the time.	No significant colonies till late 19th C.

Britain’s lead was due to a convergence of various factors, a combination continental rivals achieved only decades later, often through state intervention rather than organic market growth.

PHASES OF INDUSTRIAL REVOLUTION

• Phase 1: First Industrial Revolution (1760-1840)
  • Base: Britain
  • Leading Sector: Textiles (Cotton)
  • Power source: Water, then steam (Watt’s steam engine)
  • Key technologies: Spinning Jenny, Water Frame, Power Loom, coke smelting, puddling process
  • Organisation: Shift from domestic/putting-out system to factory system
  • Nature: Driven by individual inventor-entrepreneurs, limited scientific theory, organic/market-led growth
• Phase 2: Second Industrial Revolution (1870-1914)
  • Base: Spreads to Germany, USA, Japan (Britain no longer sole leader)
  • Leading sectors: Steel, chemicals, electricity
  • Key technologies: Bessemer steel process, electricity (Edison, Tesla), internal combustion engine, synthetic chemicals & dyes
  • Organisation: Rise of large corporations, cartels, science-based R&D.
  • Nature: State-directed in late industrialisers (Germany, Japan, Russia) rather than purely market-led.
• Phase 3: Third Industrial Revolution / Digital Revolution (mid-20th C onward)
  • Base: Global, led by USA, later East Asia
  • Leading technologies: Electronics, computers, automation, internet
• Phase 4: Fourth Industrial Revolution (contemporary)
  • AI, robotics, biotechnology, IoT
  • Note: Phases 3 & 4 are not relevant for Mains World History, can be used in essays / Science & Tech.

SECTOR-WISE TECHNOLOGICAL CHANGES

Sector	Details & Technological Evolution
Textiles (Leading Sector of 1st IR)	Flying Shuttle (John Kay): sped up weaving. But a problem created: weaving became faster than the production of yarn. Hence, led to yarn shortage. Spinning Jenny (James Hargreaves): To increase yarn production by spinning multiple threads together. Water Frame (Richard Arkwright): Used water power to drive spinning machinery. Since it was large and couldn’t be used at home, factories had to be established to use it. Hence, Arkwright is also called the “father of the factory system”. Spinning Mule (Samuel Crompton): combined features of spinning jenny + water frame to produce stronger threads. Power Loom (Edmund Cartwright): mechanized the weaving process using power.
Power	Problem: Britain had lots of coal mines, but when miners dug deeper, water started collecting inside the mines. They needed a machine to pump the water out. Steam Engine (Thomas Newcomen): In his machine, hot water’s steam moved a big piston -> which in turn moved a pump -> the pump pulled out water from the mine. James Watt’s improvement: Newcomen’s steam engine wasted a lot of energy, so Watt introduced a separate condenser which made the engine more efficient, and could be adapted by many industries, not just mines.
Iron and Coal	Problem: IR needed a lot of machines, tools, rails etc, and these things required iron, which was difficult and expensive to produce. Smelting of iron means – heating the iron ore to extract the iron metal from it. But you need very high temperatures to get the iron out. Earlier, charcoal was used as fuel, which was expensive and limited. Coke Smelting (Abraham Darby): He started using coke instead of charcoal for smelting iron. Since coke was available in much larger quantities, this increased iron production. Puddling Process (Henry Cort): It improved the quality of iron extracted for better industrial machinery.
Transport Revolution	Problem: Before, coal and other heavy things were transported by road (on horse-drawn carts) -> slow and expensive. Many roads were of terrible quality. Bridgewater Canal (1761): to transport coal from mines in boats. Boats carries more coal than horse-drawn carts. Turnpike Roads: These were the roads where travellers paid a toll to use them, hence the money was used to improve the roads for better trade. Railways: Steam engines were now powerful enough to pull trains. The Liverpool-Manchester Railway became the 1st major inter-city railway with passenger service. Impact: Railways -> increased iron demand -> increased coal demand -> more mining -> more railways needed to transport -> more engineering. Steamships: Earlier, ships depended mainly on winds. Now, steam engines were used to power ships as well. Reliable and faster ocean transport -> increased international trade
2nd Industrial Revolution (1870-1914)	The 1st IR was mainly about steam, coal, iron & textiles. The 2nd IR added steel, electricity, chemicals and internal combustion engine. Bessemer Process (Henry Bessemer): To turn iron into steel, as steel was stronger and more useful than ordinary iron. Steel was then used for railways, bridges, ships, etc. Electricity: During 1st IR, factories mainly used steam engines for power. Edison developed electric lighting and electrical distribution, particularly DC systems. Nikola Tesla + George Westinghouse: Promoted AC system -> could be transmitted over long distances. Electricity became useful for factories + lighting + transport + communications Internal Combustion engine: Combustion of petrol/diesel to move engines became basis for automobile. Later, Henry Ford used the assembly line to produce cars much more cheaply and quickly. Chemical industry: Scientists learned how to make useful chemicals artificially. Germany became particularly strong in chemicals because it had a strong connection between universities, scientific research and industry.

SPREAD TO OTHER REGIONS

• Belgium: Market + state-support
  • First in continental Europe to industrialise.
  • Sillon industriel: rich coal + iron deposits.
  • Innovative investment banks provided long-term finance to industries.
  • Market-led + state support, especially railways.
• France:
  • Slower industrialisation due to widespread peasant landownership after the French Revolution -> less migration to cities -> labour shortages.
  • Fewer large, interconnected coal deposits than Britain/Germany.
• Germany: State + banks + science
  • Rapid industrialisation after unification (1871).
  • Zollverein (1834): removed internal trade barriers.
  • Ruhr: abundant coal + iron.
  • Driven by State + banks + universities/science + big industry.
• USA:
  • Rapid growth after Civil War (1865).
  • Immigration: large supply of labour and skills.
  • Transcontinental railways: integrated a huge domestic market.
  • Corporate innovation: assembly line (Ford), vertical integration (Carnegie, Rockefeller).
• Japan: State-led
  • Rapid industrialisation after Meiji Restoration (1868).
  • State-led due to fear of Western colonisation.
  • Government built railways, factories and telegraphs.
  • Zaibatsu: state enterprises later transferred to powerful business families such as Mitsubishi and Mitsui.
• Russia: State + foreign capital
  • Industrialised rapidly for military competition despite being largely agrarian.
  • Barriers: serfdom + weak middle class + limited private capital.
  • Witte System: attracted foreign investment; invested heavily in infrastructure, especially the Trans-Siberian Railway.
  • Enclave industrialisation: concentrated in St Petersburg, Moscow and Donbas.
  • Rapid urbanisation + harsh factory conditions contributed to social unrest and revolutionary movements.
• China:
  • Industrialisation delayed by foreign domination and wars, including Opium Wars and Japanese pressure.
  • Mao era: Soviet-style planned economy.
  • Deng Xiaoping: Reform and Opening Up -> SEZs, FDI incentives and market reforms.
  • Used large surplus rural labour for export-oriented manufacturing → became the “World’s Factory.”
• India:
  • Pre-colonial: major textile and metalworking centre.
  • 19th century: colonial rule led to de-industrialisation, especially in traditional textiles.
  • Post-1947: Nehru-Mahalanobis model → state-led industrialisation.
  • Second Five-Year Plan (1956): priority to heavy and capital-goods industries for self-reliance.
  • Import Substitution + License-Permit Raj: high tariffs and import controls protected domestic industries.

Britain industrialised organically through private enterprise (laissez-faire), while later industrialisers such as Germany, Japan and Russia relied much more heavily on the state, banks and organised institutions to catch up quickly.

TRANSFORMATIONS / IMPACT

A. Economic Effects:

• Factory system replaced domestic system: centralised factories with wage labour and machine discipline.
• Rise of Industrial capitalism: emergence of an industrial bourgeoisie (factory owners, financiers) as the dominant economic class, distinct from older landed aristocracy.
• Laissez-faire economics: Adam Smith’s Wealth of Nations provided the ideological roots for free markets, division of labour, minimal state interference.
• Global Division of Labour: Britain as manufacturing hub, colonies for raw materials & captive markets
• Business cycles: industrial capitalism introduced periodic booms and depressions (unlike the relative stability of agrarian economies), e.g., the crises of 1825, 1847, 1873.

B. Social Effects:

• Unplanned and hyper-urbanization: Such as Manchester (“Cottonopolis”), Birmingham, Leeds, Glasgow. But overcrowding, poor sanitation, inadequate housing led to development of slums and high incidence of disease (cholera epidemics).
• New social classes:
  • Industrial bourgeoisie: factory owners, industrialists
  • Industrial proletariat: factory workers, often former peasants/artisans, dependent entirely on wages. They owned only labour-power; alienated from product, process, fellow workers (Marx’s alienation theory)
  • This class polarisation forms the empirical basis of Karl Marx’s analysis of capitalism
• Harsh working conditions: 14-16 hours, low wages, extensive child labour and women’s labour in textile and coal mines, as “trappers” and “hurriers”
• Worker Response:
  • Luddite Movement: artisans destroyed machinery that were replacing them leading to unemployment.
  • Chartism: working-class movement demanding political rights (People’s Charter: universal male suffrage, secret ballot)
  • Trade Unionism: later grew into organized labour movement.
• Standard of Living:
  • Pessimistic view (Friedrich Engels): Industrialisation degraded living standards, exploited workers, worsened inequality
  • Optimistic view: Real wages rose over the long run; industrialisation ultimately improved material conditions.
  • Balanced position: short-term dislocation and suffering (1790s–1840s) followed by longer-term wage growth from mid-19th century onward.
• Women:
  • Working-class women: faced Double burden of exploitation (factory + domestic).
  • Upper class women: faced bourgeois domesticity (staying at home as a sign of husband’s financial success)
• Family:
  • Rural to Urban migration -> erosion of kinship and rise of nuclear families
  • Family shifted from production to consumption

Social miseries of early industrialization eventually forced the state to abandon pure laissez-faire capitalism. It directly catalyzed the Welfare State model through regulatory milestones like the Factory Acts (restricting child/women labor hours) and the expansion of public education.

C. Political and Ideological Effects:

• Political Reform: rising industrial middle class demanded political representation -> Reform Act of 1832 expanded franchise, redistributed parliamentary seats to industrial towns (like Manchester) previously unrepresented.
• Shift from Laissez Faire to Welfare State: Factory Acts, Public Health Acts (such as municipal corporations for urban planning, water supply, sewage)
• Political friction birthed modern political spectrum:
  1. Socialism & Marxism: Based on the plight of the working class. Industrial capitalism was inherently exploitative because it extracted surplus value from workers who did not own the means of production. Marx: talked about conflict between bourgeoisie (owners) and proletariat (labourers). Called for “workers of the world unite”
  2. Classical Liberalism: In favour of the rising industrial middle class. Free markets and minimal state interference would maximise both individual liberty and collective prosperity. They also demanded political representation, civil liberties, rule of law, and constitutional government (as the absolutist monarchies still resisted their demands). Adam Smith (The Wealth of Nations): talked about division of labour, the “invisible hand,” free trade over mercantilism.
  3. Utilitarianism: In favour of the rising middle class. Public policy should be judged by its consequences, specifically, whether it maximises aggregate happiness (“the greatest good for the greatest number”). Bentham and Mill – justified laissez-faire capitalism but also justified state intervention when unregulated factories produced net social harm.
  4. Nationalism: To redirect working-class discontent toward rival nations. Railways and industrial growth physically and economically knit together previously fragmented regions into unified national markets. Most notably in German and Italian unification processes. Nationalism offered elites a way to manage the class tensions industrial capitalism generated: a shared “us vs them” (nation vs nation) framing could substitute for the “haves vs have-nots” framing socialism offered.

Industrial Revolution redefined the social contract. The modern institutions we take for granted today – labor laws, public health departments, secular state education, and broad-based political parties – were all defensive political adaptations by the state to survive the chaotic shocks of industrialization.

D. Global and Colonial Dimension (Important for Indian Context):

• Deindustrialisation of India: Indian handloom/handicraft textile industry, once a major global exporter, declined sharply in the 19th century due to:
  • Competition from cheap machine-made British textiles
  • Discriminatory colonial tariff policy (heavy duties on Indian goods entering Britain; minimal duties on British goods entering India)
  • India’s role recast as a supplier of raw cotton and a captive market for British manufactures
• Drain of Wealth Theory (Dadabhai Naoroji, in Poverty and Un-British Rule in India): argued that colonial administration systematically extracted India’s wealth (via home charges, unequal trade, salaries repatriated to Britain) without adequate return.
• New Imperialism / Scramble for Africa: The search for raw materials and new markets for surplus industrial output is widely seen as a key driver of late 19th-century colonial expansion into Africa and Asia.

INDUSTRIAL REVOLUTION IN INDIA

Unlike Britain, India never had an organic, self-driven industrial revolution. Its industrialisation happened in stages.

• Wave 1: Colonial-Era Industrialisation (c. 1850–1947): As a colony, industrial policy was designed to serve Britain’s interests, not its own.
  • What got built: Cotton textile mills (Bombay and Ahmedabad), Jute mills (Calcutta), Railways (to move raw materials to ports), Coal mining (Bengal), TISCO (Tata Iron and Steel Company).
  • Limitations: No tariff protection, no capital goods industry, capital drain, no consistent state support.
• Wave 2: Nehruvian State-Led Industrialization (1947-1991): At independence, India inherited a fragile, colonially-distorted industrial base.
  • Nehru-Mahalanobis Strategy (Second Five-Year Plan, 1956): Prioritised heavy industry (steel, power, machine-building) over light consumer-goods manufacturing.
  • PSUs: state built and ran core industries directly (Bhilai, Rourkela, Durgapur, BHEL, ONGC, SAIL).
  • Import substitution: high tariffs, licensing (“License-Permit Raj”) to protect domestic industry.
• Wave 3: Liberalisation and Services-Led Growth (1991–present): A 1991 balance-of-payments crisis forced India to abandon protectionism.
  • Dismantling of License-Permit Raj, opening to FDI, deregulation.
  • Service-led bypass: India leapt into high-skill services (IT, software, pharmaceuticals, BPO) while mass manufacturing never fully took off like in China.
  • 2014-Present: Make in India, PLI schemes, PM GatiShakti trying to build manufacturing base under Industry 4.0 conditions.

INDUSTRIAL REVOLUTION: BRITAIN VS. INDIA (PYQ-2015)

Industrialization of Britain caused de-industrialization of India:

Dimension	Britain	Impact on India (Colony)
Trade policy	Imposed “one-way free trade” on India via the Charter Act of 1813, ending the East India Company’s trade monopoly and opening India unilaterally to British goods.	India’s markets were forced open to duty-free British machine-made textiles, while Indian exports faced discriminatory tariffs in Britain. This destroyed the indigenous handloom & handicraft industry.
Infrastructure	Railways integrated Britain’s domestic market, linking coalfields directly to industrial centres.	Railway routes were deliberately designed to funnel raw materials from the hinterland to export ports (Bombay, Calcutta, Madras).
Labour	The Enclosure Movement released surplus agricultural labour into urban factories, enabling a relatively smooth structural transition from an agrarian to an industrial economy.	Displaced artisans and weavers, ruined by British competition, found no domestic factories to absorb them. They went back to agriculture – causing “forced ruralisation” that deepened agrarian overcrowding and disguised unemployment.
Capital accumulation	Industrial capital was built on colonial plunder, land revenue extracted from India, and profits from the slave trade	A continuous “Drain of Wealth” (Home Charges, unrequited exports, salaries and pensions repatriated to Britain) meant India’s own surplus financed Britain’s growth rather than its own.

Comparison of Britain’s Industrial Revolution with India’s current development:

Dimension	Britain’s Industrial Revolution	India’s current development path
Growth sequencing	Classical linear progression: agriculture -> mass manufacturing -> services.	“Service-led bypass”: a large services sector (IT, finance) has grown ahead of a fully matured manufacturing base.
Primary energy	Fossil-fuel intensive (coal, iron, steam) with no environmental constraints. Full “carbon space” available.	Attempting a simultaneous clean energy transition while industrialising, as it is bound by global climate commitments (Net-Zero by 2070, Panchamrit targets).
State ideology	Evolved from laissez-faire to a welfare state only in response to industrial-era social costs.	Democratic welfare state from the outset: proactive industrial policy (PLI schemes, PM GatiShakti) running alongside extensive social safety nets.
Demographic pressure	Relatively small population; labour scarcity was addressed through mechanisation and extensive child/female labour exploitation.	Demographic dividend: a large, young working-age population offers a potential growth engine, but only if matched with adequate skilling and job creation.
Labour and skill requirement	Low skill threshold: even unskilled workers could operate an early power loom or shovel coal, making mass employment generation relatively easy.	Industrialising in the Industry 4.0 era (automation, AI, robotics): higher skill thresholds make large-scale formal factory employment harder to generate at the same pace.
Market orientation	Deeply predatory and export-driven: colonial markets were captive outlets for surplus output.	Increasingly domestic-demand driven: rising middle-class consumption, supported by digital public infrastructure (UPI, Aadhaar-linked systems).
Environmental constraints	Operated with unbridled carbon space and no environmental accountability: epitomised by the Thames’ “Great Stink” (1858).	Faces significant environmental headwinds from the outset: climate compliance costs, stricter regulation, and costlier capital expenditure.

INDUSTRIAL REVOLUTION: CHINA VS. INDIA

Both had comparable starting points: mid-20th century, large populations, predominantly agrarian economies, low per-capita incomes. Yet the two took structurally divergent paths, shaped fundamentally by their political systems.

Dimension	India	China
Political-economic framework	Democratic planning within a mixed-economy framework: reform requires consensus and negotiation across a federal, pluralistic polity, which slowed structural overhauls like land reform.	Centralised, authoritarian command economy under Mao Zedong: the state exercised total command over resources, enabling radical land redistribution.
Sequence of growth	Nehru-Mahalanobis strategy: bypassed labour-intensive consumer manufacturing in favour of heavy public-sector investment. Post-1991 liberalisation, India leapt directly into high-skill service sectors.	Classic, sequential path: Deng Xiaoping’s 1978 reforms channelled China’s vast surplus agricultural labour directly into labour-intensive, export-oriented light manufacturing via SEZs.
Foreign capital	Pursued strict import substitution and treated FDI with suspicion under the “License-Permit Raj,” maintaining a closed regime until the 1991 crisis.	Aggressively courted global MNCs from the outset of reform, offering tax holidays, flexible labour laws, and world-class logistics. Established itself as the “world’s factory.”
Current structural status	Services-led, domestic consumption-driven growth; but structurally “trapped labour” persists: roughly 45% of the workforce remains in low-productivity agriculture.	Investment-led, export-oriented mass manufacturing; successfully transitioned hundreds of millions of workers from agriculture to industrial assembly lines.

China’s authoritarian model enabled faster structural transformation by bypassing democratic constraints, but at significant human and political costs. India’s democracy preserved political freedoms but resulted in a slower, stalled structural transition.

📌 QUICK KEY-WORD REVISION

• Introduction: feudal agrarian -> capitalist industrialised economies • origin: Britain • Arnold Toynbee
• Causes:
  • Agrarian revolution: Enclosure movement • Norfolk 4 course crop rotation • Selective livestock breeding • mechanization
  • Demographic factors: Surging population • Rural-urban migration
  • Financial / institutional: Credit (Bank of England) • capital market (New York Stock Exchange) & Insurance (Lloyd’s) • Patent laws (Statute of Monopolies) • private property rights (Glorious Revolution)
  • Colonial capital & trade: Atlantic slave trade & colonial plantations • Raw materials & captive markets from colonies like India
  • Scientific & intellectual climate: Scientific revolution (Newton) • Entrepreneurship (Spinning jenny by Hargreaves, power loom by Cartwright) • Adam Smith’s Wealth of Nations
  • Natural Resource endowment: coal & iron deposits • Extensive coastline & natural harbours
• Phases of Industrial Revolution:
  • 1st IR (1760-1840): Base: Britain | Sectors: Textiles, cotton | Power: Water -> steam | Tech: Spinning Jenny, Power Loom | Organization: Domestic -> factory system | Nature: Inventor-led & market-driven
  • 2nd IR (1870-1914): Base: Germany, USA, Japan | Sectors: Steel, chemicals, electricity | Power: Electricity, oil | Tech: Bessemer process, electricity, IC engine, synthetic chemicals | Organization: Large corporations, cartels, R&D | Nature: Science-based, increasingly state-directed
• Sector-wise technological changes:
  • Textiles: Flying shuttle (Kay) › Spinning Jenny (Hargreaves) › Water Frame (Arkwright) › Spinning Mule (Crompton) › Power Loom (Cartwright)
  • Power: Steam engine (Newcomen) › James Watt’s improvement
  • Iron & Coal: coke smelting (Darby) › Puddling process (Henry Cort)
  • Transport: Bridgewater canal › Turnpike roads › Railways › Steamships
  • 2nd IR: Bessemer Process › Electricity (Edison, Tesla, Westinghouse) › Internal combustion engine (Henry Ford’s assembly line) › Germany’s lead in chemical industry
• Spread to other regions:
  • Belgium: Deposits (Sillon Industriel) • Market + state support
  • France: slower, post French Revolution
  • Germany: Rapid (post-unification) • Deposits (Ruhr) • State + banks + science
  • USA: Rapid post-Civil War • Immigration (labour) • Transcontinental railways
  • Japan: Rapid post Meiji Restoration • State-led • Zaibatsu
  • Russia: State + foreign capital • Witte system • Enclave industrialization
  • China: Delayed • Reform & Opening up post Xiaoping era
• Industrial Revolution in India:
  • Wave 1: Colonial-era (1850-1947): cotton & jute mills, railways, TISCO. No tariff protection, capital drained to Britain.
  • Wave 2: Nehruvian state-led (1947-1991): Nehru-Mahalanobis strategy (heavy industries, PSUs), import-substitution, license raj
  • Wave 3: Liberalisation, services-led growth (1991 onward): FDI opened up, License-Permit Raj dismantled. Leapt into IT, pharma, service-led bypass.
  • Current phase: Make in India, PLI, PM GatiShakti – now under Industry 4.0 constraints
• Transformation / Impact:
  • A. Economic: Factory System (Decline of Domestic System • Centralised Production • Wage Labour • Machine Discipline) • Industrial capitalism (Industrial Bourgeoisie • Decline of Landed Aristocracy) • Laissez faire (Adam Smith • division of labour • minimal state interference) • Global division of labour • Business cycles
  • B. Social: Unplanned & hyper-industrialization (Manchester • slums • cholera epidemic) • New social classes (bourgeoisie • proletariat / Marx’s alienation theory) • Harsh working conditions (14-16 hours • child & women labour) • Worker response (Luddite movt • Chartism • Trade unionism) • Standard of living (pessimistic vs optimistic vs balanced) • Women (double burden • bourgeoise domesticity) • Family (erosion of kinship • nuclear families)
  • C. Political & Ideological: Demand for political representation -> Reform Act of 1832 • Shift from Laissez Faire to Welfare state • Birth of modern political spectrum (Classical liberalism • Utilitarianism • Socialism & Marxism • Nationalism)
  • D. Global & Colonial Dimension: Deindustrialization of India • Drain of wealth theory (Naoroji) • New imperialism / Scramble for Africa

PRACTICE QUESTIONS:

• What factors enabled Britain to become the birthplace of the Industrial Revolution? (10 marks)
• Compare the pattern of industrialisation in Germany, Japan, and Russia with that of Britain. (15 marks)
• “The Industrial Revolution was as much a social revolution as an economic one.” Discuss. (15 marks)
• “India’s development path represents a genuine departure from the classical industrialisation sequence.” Critically examine. (15 marks)
• Examine the deindustrialisation of India in the context of British colonial trade and industrial policy. (15 marks)