Why this chapter matters for UPSC: This is Chapter IV of NCERT's India and the Contemporary World II (Reprint 2026-27), the second chapter of Section II, "Livelihoods, Economies and Societies". NCERT looks at industrialisation "by focusing first on Britain, the first industrial nation, and then India, where the pattern of industrial change was conditioned by colonial rule." It questions the popular picture in which "The history of industrialisation thus becomes simply a story of development". For GS1 this is the economic side of colonial rule: the weavers, the Manchester imports, the first Indian mills and why small-scale production survived.
Contemporary hook: 7 August is National Handloom Day. The Ministry of Textiles explains the date: "The Swadeshi Movement, launched on August 7, 1905, at Town Hall, Kolkata" emphasised "the revival of indigenous products and production processes", and "the Government of India declared August 7 as National Handloom Day in 2015" (PIB, 31 July 2025). This chapter explains why handlooms were still there to celebrate: NCERT shows the swadeshi boycott of foreign cloth helping Indian mills (p. 97) and handloom cloth production "almost trebling between 1900 and 1940" (p. 98).
🧠 First Principles — Read This First
- Industry is older than the factory. "Even before factories began to dot the landscape in England and Europe, there was large-scale industrial production for an international market." Historians call this proto-industrialisation.
- Change was slow and uneven. In Britain at the end of the nineteenth century "less than 20 per cent of the total workforce was employed in technologically advanced industrial sectors". The steam engine itself waited years for buyers.
- Cheap labour slowed machines. "In Victorian Britain there was no shortage of human labour", so industrialists often preferred hand labour. America, short of labour, mechanised faster.
- A colony industrialised on different terms. India lost its export market for fine cloth, then its home market to Manchester. Factories came from the 1850s (the first Bombay cotton mill in 1854), and European Managing Agencies "controlled a large sector of Indian industries" till the First World War.
- Small-scale production did not vanish. Weavers adopted the fly shuttle and fine weaves; NCERT ends: "hand technology and small-scale production remained an important part of the industrial landscape."
Keep two stories apart in your answers: what happened in Britain (sections 1-2) and what happened in the colony (sections 3-6). Examiners mix them.
PART 1 — Quick Reference
Table 1: Timeline of the chapter
| Year | Event | Basis |
|---|---|---|
| 17th-18th centuries | Town merchants give advances to peasants and artisans in the countryside (proto-industrialisation) | NCERT |
| Late 17th century to 1740s | Trade through Surat falls from Rs 16 million to Rs 3 million | NCERT |
| By the 1730s | Earliest factories in England | NCERT |
| 1760 to 1787 | Britain's raw cotton imports rise from 2.5 to 22 million pounds | NCERT |
| 1760s-1770s | East India Company establishes political power in Bengal and Carnatic | NCERT |
| 1764 | James Hargreaves devises the Spinning Jenny | NCERT |
| 5 January 1769 | Watt's patent No. 913 (Letters Patent dated 5 January 1769) for "lessening the consumption of steam and fuel in fire engines" | Watt's specification No. 913 |
| 1772 | Henry Patullo says demand for Indian textiles "could never reduce" | NCERT |
| 1781 | NCERT: Watt "patented the new engine" and Boulton manufactured it; 1781 is the sun-and-planet gear patent (Table 6) | NCERT; Kelly |
| From the 1780s | Bombay and Calcutta grow as trading ports (Fig. 15) | NCERT |
| 1790 | A magistrate reports workers coming to destroy a spinning machine (Source B) | NCERT |
| Early 19th century | No more than 321 steam engines in England: 80 in cotton, 9 in wool | NCERT |
| 1811-12 to 1850-51 | Piece-goods fall from 33 to 3 per cent of India's exports | NCERT |
| 1830s | Slump: unemployment between 35 and 75 per cent in different regions | NCERT |
| Up to the 1840s; after | Cotton leads British industry; then iron and steel | NCERT |
| 1850; 1870s | Cotton piece-goods over 31, then over 50 per cent of the value of Indian imports | NCERT |
| 1854 (production 1856) | First cotton mill in Bombay | NCERT |
| 1855; 1862 | Jute mills in Bengal | NCERT |
| 1860s | American Civil War: Britain turns to Indian raw cotton; Elgin Mill, Kanpur, then Ahmedabad's first cotton mill a year later | NCERT |
| 1869 | Jamsetji Tata moves into textiles: a Chinchpokli oil mill renamed Alexandra Mill | tata.com |
| 1873 | British iron and steel exports about £77 million, double the cotton export | NCERT |
| 1874 | First spinning and weaving mill of Madras | NCERT |
| 1 January 1877 | Empress Mills, Nagpur | tata.com |
| 1901 to 1946 | Factory workers rise from 584,000 to over 2,436,000 | NCERT |
| 1900-1912 | Cotton piece-goods production doubles; from 1906 yarn exports to China decline | NCERT |
| 1911 | Over 50 per cent of Bombay cotton workers from Ratnagiri; 5 per cent of industrial labour in registered factories (10 per cent in 1931) | NCERT |
| 2 December 1911; 16 February 1912 | Jamshedpur works: first pig iron; first steel ingot | Tata Steel paper |
| First World War | Manchester imports fall; Indian mills supply the home market and war needs | NCERT |
| 1917 | Seth Hukumchand sets up the first Indian jute mill in Calcutta | NCERT |
| 1900-1940; 1941 | Handloom cloth production almost trebles; over 35 per cent of handlooms have fly shuttles | NCERT |
Source: NCERT ch. IV "The Age of Industrialisation" (Reprint 2026-27), pp. 79-101; rows with another basis: Watt's 1769 specification, Britannica, Kelly, tata.com and a Tata Steel paper (details in the Sources list).
Table 2: Why industrial change in Britain was slow
| NCERT's point | Evidence in the chapter |
|---|---|
| Only some industries were dynamic | Cotton led till the 1840s, then iron and steel, pulled by railways (England from the 1840s, colonies from the 1860s) |
| New industries could not displace old ones | Under 20 per cent of the workforce in advanced sectors at the end of the century; much textile output from domestic units |
| "Traditional" industries changed through small innovations | Food processing, building, pottery, glass, tanning, furniture, implements |
| Technology spread slowly | Machines often broke down and repair was costly; Boulton's new model found no buyers for years; no more than 321 steam engines in all England |
| Labour was plentiful and cheap | Migrants waited for work; no reason to buy labour-saving machines |
| Demand was seasonal | Gas works and breweries in winter; book-binders before Christmas; ships repaired in winter |
| Markets wanted variety | 500 varieties of hammers and 45 kinds of axes; the upper classes preferred handmade goods |
Source: NCERT ch. IV, sections 1.2 and 2, pp. 83-86.
Table 3: How the Company took control of the weavers
| Before Company political power | After (from the 1760s-1770s) | |
|---|---|---|
| Buyers | French, Dutch, Portuguese and local traders competed | Company asserted a monopoly right to trade |
| Middlemen | Supply merchants very often lived in the weaving villages and helped weavers in times of crisis | A paid servant, the gomastha: an outsider who marched in with sepoys and peons |
| Credit | Advances from supply merchants | Company loans: those who took them had to hand their cloth to the gomastha |
| Price | Weavers could bargain and sell to the best buyer | "miserably low" |
| Weavers' response | Deserted villages, revolted with village traders, refused loans, took to agricultural labour |
Source: NCERT ch. IV, section 3.2, pp. 90-92.
Table 4: Who built Indian industry
| Person or firm | What NCERT says |
|---|---|
| Dwarkanath Tagore (Bengal) | Fortune from the China trade; six joint-stock companies in the 1830s and 1840s, which sank in the business crises of the 1840s |
| Dinshaw Petit and Jamsetjee Nusserwanjee Tata (Bombay) | Parsis who built industrial empires; early wealth from exports to China and raw cotton shipments to England |
| Seth Hukumchand | Marwari who set up the first Indian jute mill in Calcutta in 1917; also traded with China |
| G.D. Birla's father and grandfather | Traded with China |
| Jamsetjee Jeejeebhoy (Fig. 16) | Son of a Parsi weaver; China trade and shipping; sold his ships by the 1850s under English and American competition |
| Bird Heiglers & Co., Andrew Yule, Jardine Skinner & Co. | Three of the biggest European Managing Agencies; in most instances Indian financiers gave the capital and the Agencies took all investment and business decisions |
Source: NCERT ch. IV, section 4.1, pp. 94-95 (NCERT's spellings).
Table 5: Why some handlooms survived
| Reason | NCERT's evidence |
|---|---|
| New technology that did not raise costs | Fly shuttle: over 35 per cent of looms by 1941; 70 to 80 per cent in Travancore, Madras, Mysore, Cochin and Bengal |
| Stable demand for fine cloth | "The rich could buy these even when the poor starved." Banarasi and Baluchari saris |
| Mills could not copy specialised weaves | Saris with woven borders; Madras lungis and handkerchiefs |
| Other small innovations | Several helped weavers "improve their productivity and compete with the mill sector" |
| The cost | They "did not necessarily prosper": hard lives, long hours, the entire household (women and children too) at work |
Source: NCERT ch. IV, section 5.1, pp. 98-99.
Table 6: NCERT lines to read with care
| NCERT says | What the record shows |
|---|---|
| p. 82: cotton "production boomed in the late nineteenth century" | The same paragraph's figures are for 1760 and 1787, and the section dates the multiplying of factories to "the late eighteenth century". Read "late eighteenth century". |
| p. 84: Watt "patented the new engine in 1781" | Watt's patent for his improved engine is No. 913 of 1769 (Letters Patent dated 5 January 1769), for "lessening the consumption of steam and fuel in fire engines". In a patent of 1781 he used the sun-and-planet gear, which gave the engine rotary motion (Kelly); he patented the double-acting engine in 1782 and the parallel motion followed in 1784 (Britannica). |
| p. 95, Fig. 18 caption: "In 1912, J.N. Tata set up the first iron and steel works in India at Jamshedpur." | Jamsetji Tata died in Germany in 1904, and his steel plan did not "materialise while Jamsetji lived"; Tata's own account credits "the efforts of his son Dorab and cousin RD Tata" (tata.com). The Tata Iron and Steel Company was registered on 26 August 1907 (Tata Steel); the Jamshedpur works made its first pig iron on 2 December 1911 and its first steel ingot on 16 February 1912 (Tata Steel paper). Read 1912 as the year of first steel, under Jamsetji's successors. |
Source: NCERT ch. IV (Reprint 2026-27), pp. 82, 84 and 95; the other source named in each row is in the Sources list.
PART 2 — Concepts & Narrative
1. Before the Industrial Revolution
"All too often we associate industrialisation with the growth of factory industry." NCERT calls this a problem: "Even before factories began to dot the landscape in England and Europe, there was large-scale industrial production for an international market" (exercise "Write in brief" 1b, 3).
In the seventeenth and eighteenth centuries merchants from European towns began "supplying money to peasants and artisans, persuading them to produce for an international market". They could not expand production in the towns, where "urban crafts and trade guilds were powerful". Guilds were "associations of producers that trained craftspeople, maintained control over production, regulated competition and prices, and restricted the entry of new people into the trade", and rulers granted them monopoly rights. In the countryside, open fields were disappearing and commons were being enclosed, so poor peasants needed other income. When merchants offered advances, "peasant households eagerly agreed": they could stay on their plots, supplement "their shrinking income from cultivation", and make "a fuller use of their family labour resources".
The chain ran from town to country and back. A merchant clothier bought wool from a stapler and carried it to the spinners; the yarn went to weavers, fullers and dyers; "The finishing was done in London", which "came to be known as a finishing centre". "At each stage of production 20 to 25 workers were employed by each merchant. This meant that each clothier was controlling hundreds of workers."
Proto-industrialisation. The phase of "large-scale industrial production for an international market" that "was not based on factories". Proto means "Indicating the first or early form of something". A stapler is "A person who 'staples' or sorts wool according to its fibre"; a fuller "gathers" cloth "by pleating".
1.1 The coming of the factory. "The earliest factories in England came up by the 1730s. But it was only in the late eighteenth century that the number of factories multiplied." "The first symbol of the new era was cotton": raw cotton imports rose from 2.5 million pounds in 1760 to 22 million pounds by 1787 (on the century NCERT prints, see Table 6). Inventions raised the efficacy of each step, "carding, twisting and spinning, and rolling", and gave stronger threads. "Then Richard Arkwright created the cotton mill." In the mill "all the processes were brought together under one roof and management", allowing "a more careful supervision over the production process, a watch over quality, and the regulation of labour". Contemporaries were dazzled by the mills, "almost forgetting the bylanes and the workshops where production still continued".
Carding. "The process in which fibres, such as cotton or wool, are prepared prior to spinning".
1.2 The pace of industrial change (Table 2). NCERT makes four points. Cotton was "the leading sector in the first phase of industrialisation up to the 1840s", then iron and steel, as railways spread "in England from the 1840s and in the colonies from the 1860s"; by 1873 Britain exported iron and steel "worth about £ 77 million, double the value of its cotton export". The new industries "could not easily displace traditional industries". "Seemingly ordinary and small innovations" drove growth in non-mechanised sectors. And "technological changes occurred slowly": "New technology was expensive and merchants and industrialists were cautious about using it."
The steam engine is NCERT's case. Watt "improved the steam engine produced by Newcomen"; Boulton manufactured the new model, "But for years he could find no buyers" (on NCERT's patent year, see Table 6). At the start of the nineteenth century there were "no more than 321 steam engines all over England": 80 in cotton, nine in wool, the rest in mining, canal works and iron works. Hence: "the typical worker in the mid-nineteenth century was not a machine operator but the traditional craftsperson and labourer."
2. Hand labour and steam power
"In Victorian Britain there was no shortage of human labour" (exercise "Discuss" 1). Poor peasants and vagrants crowded into the cities, wages were low, and industrialists "did not want to introduce machines that got rid of human labour and required large capital investment". Where demand was seasonal (gas works and breweries in the cold months, book-binders and printers before December, ship repair in winter), "industrialists usually preferred hand labour, employing workers for the season".
Source A, Will Thorne walks to London, November 1881. "Some days we walked as much as twenty miles, and other days less. Our money was gone at the end of the third day". After nights under a haystack and in a farm shed, he found his friend at the Old Kent Road Gas Works: "He spoke to the foreman and I was given a job." (Quoted in Raphael Samuel, "Comers and Goers", in H.J. Dyos and Michael Wolff, eds, The Victorian City: Images and Realities, 1973.)
Markets also wanted what machines could not make. Demand was often "for goods with intricate designs and specific shapes": in mid-nineteenth-century Britain "500 varieties of hammers were produced and 45 kinds of axes". The aristocrats and the bourgeoisie preferred handmade things: "Handmade products came to symbolise refinement and class." "Machine-made goods were for export to the colonies." Where labour was short, as in nineteenth-century America, industrialists mechanised; "Britain, however, had no problem hiring human hands."
2.1 Life of the workers (exercise "Write in brief" 1a). Getting a job "depended on existing networks of friendship and kin relations". Others waited weeks, sleeping under bridges, in Night Refuges set up by private individuals, or in the Casual Wards of the Poor Law authorities. Seasonal work meant long spells without work. Wages rose somewhat in the early nineteenth century, but during the Napoleonic War "the real value of what the workers earned fell significantly". "At the best of times till the mid-nineteenth century, about 10 per cent of the urban population were extremely poor"; in the slump of the 1830s unemployment rose to "anything between 35 and 75 per cent in different regions".
"The fear of unemployment made workers hostile to the introduction of new technology." When the Spinning Jenny came into the woollen industry, "women who survived on hand spinning began attacking the new machines", and the conflict "continued for a long time". After the 1840s, city building opened up work: roads, stations, railway lines, tunnels, sewers and embankments. Transport workers "doubled in the 1840s, and doubled again in the subsequent 30 years".
Spinning Jenny. "Devised by James Hargreaves in 1764, this machine speeded up the spinning process and reduced labour demand. By turning one single wheel a worker could set in motion a number of spindles and spin several threads at the same time."
Source B, a magistrate's report, 1790. Colliers and "their wives, for the wives had lost their work to spinning engines", advanced "avowing their intention of cutting to pieces the machine lately introduced in the woollen manufacture; which they suppose, if generally adopted, will lessen the demand for manual labour." (J.L. and B. Hammond, The Skilled Labourer 1760-1832, quoted in Maxine Berg.)
3. Industrialisation in the colonies
NCERT now looks at "how a colony industrialises", mainly through textiles.
3.1 The age of Indian textiles (exercise "Write in brief" 1c). "Before the age of machine industries, silk and cotton goods from India dominated the international market in textiles." Armenian and Persian merchants carried goods from Punjab to Afghanistan, eastern Persia and Central Asia. By sea, Surat linked India to the Gulf and Red Sea ports; Masulipatam and Hoogly traded with Southeast Asia. Supply merchants gave advances to weavers and carried cloth to the ports, where brokers bought for the exporters. "By the 1750s this network, controlled by Indian merchants, was breaking down." The European companies won concessions, then monopoly rights; Surat and Hoogly declined, credit dried up and local bankers went bankrupt. Surat's trade fell from Rs 16 million in the last years of the seventeenth century to Rs 3 million by the 1740s, while Bombay and Calcutta grew: "This shift from the old ports to the new ones was an indicator of the growth of colonial power."
3.2 What happened to weavers? (exercises "Discuss" 2, "Write in brief" 1d; Table 3). "The consolidation of East India Company power after the 1760s did not initially lead to a decline in textile exports from India", because Indian fine textiles were still in great demand. Once in power, the Company could "assert a monopoly right to trade", and it built a system "that would eliminate competition, control costs, and ensure regular supplies of cotton and silk goods". Many weavers leased out their land to weave full-time: "Weaving, in fact, required the labour of the entire family". Clashes followed: the gomasthas "acted arrogantly, marched into villages with sepoys and peons, and punished weavers for delays in supply – often beating and flogging them".
Gomastha. The Company's "paid servant", appointed "to supervise weavers, collect supplies, and examine the quality of cloth". Sepoy. "This is how the British pronounced the word sipahi, meaning an Indian soldier in the service of the British".
3.3 Manchester comes to India. "In 1772, Henry Patullo, a Company official, had ventured to say that the demand for Indian textiles could never reduce". Yet piece-goods fell from 33 per cent of India's exports in 1811-12 to "no more than 3 per cent" by 1850-51. British industrialists pressed for import duties at home and persuaded the Company to sell British goods in India; cotton piece-goods rose to "over 31 per cent of the value of Indian imports" by 1850 and over 50 per cent by the 1870s. Weavers "faced two problems at the same time: their export market collapsed, and the local market shrank, being glutted with Manchester imports". By the 1860s they also lacked good raw cotton: when the American Civil War cut off US supplies, Britain turned to India, raw cotton exports rose and its price "shot up". By the end of the century Indian factories were "flooding the market with machine-goods".
Source C, the Commissioner of Patna. A brisk cloth trade had "entirely ceased" at Jahanabad and was "very limited" at Behar, "in consequence of the cheap and durable goods from Manchester with which the Native manufactures are unable to compete." (Krishnamurty, 1985.) Source D, the Koshtis, Census Report of Central Provinces, 1872. "They are unable to compete with the showy goods which Manchester sends in such profusion", and many had "emigrated in great numbers, chiefly to Berar". (Quoted in Sumit Guha.)
4. Factories come up
NCERT's sequence (Table 1): the first Bombay cotton mill in 1854, in production two years later, and four mills by 1862 "with 94,000 spindles and 2,150 looms"; jute mills in Bengal in 1855 and 1862; the Elgin Mill at Kanpur in the 1860s and Ahmedabad's first cotton mill a year later; Madras's first spinning and weaving mill by 1874.
Jamsetji Tata's mills. Tata's own history adds detail to Fig. 18. "Jamsetji made his move into textiles in 1869": he bought a bankrupt oil mill in Chinchpokli, Bombay, and renamed it Alexandra Mill. "On January 1, 1877, the day Queen Victoria was proclaimed Empress of India, the Empress Mills came into existence in Nagpur" (tata.com).
4.1 The early entrepreneurs (Table 4). "The history of many business groups goes back to trade with China." Indians were junior players in the British opium-for-tea trade, "providing finance, procuring supplies, and shipping consignments". Dwarkanath Tagore (Fig. 17) "believed that India would develop through westernisation and industrialisation". Other capital came from other networks: "Some merchants from Madras traded with Burma while others had links with the Middle East and East Africa", and groups operating within India carried goods, banked money and financed traders; "many of them set up factories" when the chance came. As colonial control tightened, Indian merchants "were barred from trading with Europe in manufactured goods", exported raw materials ("raw cotton, opium, wheat and indigo") and were "gradually edged out of the shipping business". "Till the First World War, European Managing Agencies in fact controlled a large sector of Indian industries", and their chambers of commerce did not let Indian businessmen join.
4.2 Where did the workers come from? Factory workers numbered 584,000 in 1901 and "over 2,436,000" by 1946. "In most industrial regions workers came from the districts around": "Over 50 per cent workers in the Bombay cotton industries in 1911 came from the neighbouring district of Ratnagiri", and Kanpur's mills drew on Kanpur district. Millworkers moved between village and city, going home for harvests and festivals; later, workers from the United Provinces travelled to Bombay's textile mills and Calcutta's jute mills. Jobs were always scarce, and "Industrialists usually employed a jobber to get new recruits." Women "worked mostly in the spinning departments" (Fig. 21).
Jobber. "Very often the jobber was an old and trusted worker. He got people from his village, ensured them jobs, helped them settle in the city and provided them money in times of crisis." He became "a person with some authority and power" and "began demanding money and gifts for his favour and controlling the lives of workers."
Sources E and F, Bombay millworkers (Menon and Adarkar, One Hundred Years: One Hundred Voices, 2004). Vasant Parkar: "The workers would pay the jobbers money to get their sons work in the mill". Bhai Bhosle, on the 1930s and 1940s: "In those days, the shift was 10 hours – from 5 pm to 3 am – terrible working hours."
Fig. 18's caption adds a structural point: "Iron and steel industries in India started much later than textiles. In colonial India industrial machinery, railways and locomotives were mostly imported. So capital goods industries could not really develop in any significant way till Independence." (On the caption's year and founder, see Table 6.)
5. The peculiarities of industrial growth
The European Managing Agencies invested in tea and coffee plantations, mining, indigo and jute: "products required primarily for export trade and not for sale in India". Indian businessmen avoided competing with Manchester: "the early cotton mills in India produced coarse cotton yarn (thread) rather than fabric", used by handloom weavers or exported to China.
The first decade of the twentieth century changed the pattern (exercise "Discuss" 4). "As the swadeshi movement gathered momentum, nationalists mobilised people to boycott foreign cloth." Industrial groups pressed for tariff protection. "From 1906, moreover, the export of Indian yarn to China declined" as Chinese and Japanese mills flooded that market, so Indian mills shifted to cloth: "Cotton piece-goods production in India doubled between 1900 and 1912." Then "The war created a dramatically new situation": with British mills on war production, Manchester imports fell, and Indian factories supplied "jute bags, cloth for army uniforms, tents and leather boots, horse and mule saddles". "After the war, Manchester could never recapture its old position in the Indian market." The same wartime profits explain business support for the national movement on our Chapter II page.
5.1 Small-scale industries predominate (Table 5). Large industries "formed only a small segment of the economy"; most, "about 67 per cent in 1911", were in Bengal and Bombay (Fig. 24 maps them for 1931). Registered factories employed only 5 per cent of industrial labour in 1911 and 10 per cent in 1931; the rest worked in workshops and household units "invisible to the passer-by". "While cheap machine-made thread wiped out the spinning industry in the nineteenth century, the weavers survived". Coarse cloth was bought by the poor and "its demand fluctuated violently"; demand for finer cloth "was more stable". "Famines did not affect the sale of Banarasi or Baluchari saris." The weavers "were not simply remnants of past times in the age of factories. Their life and labour was integral to the process of industrialisation."
Fly shuttle. "It is a mechanical device used for weaving, moved by means of ropes and pullies." It "made it possible for weavers to operate large looms and weave wide pieces of cloth." Weavers were using it "by the second decade of the twentieth century".
6. Market for goods
"One way in which new consumers are created is through advertisements." Manchester cloth bundles carried labels to make the place and company familiar and to mark quality: buyers seeing "'MADE IN MANCHESTER' written in bold on the label" were "expected to feel confident about buying the cloth". Labels showed gods and goddesses: "It was as if the association with gods gave divine approval to the goods being sold", and it made "the manufacture from a foreign land appear somewhat familiar to Indian people". By the late nineteenth century manufacturers printed calendars, which "were used even by people who could not read" (Figs. 25 and 27). Emperors and nawabs carried a message: "if you respect the royal figure, then respect this product" (Fig. 26b, Maharaja Ranjit Singh). Indian manufacturers answered: "Advertisements became a vehicle of the nationalist message of swadeshi" (Fig. 28, an Ahmedabad mill label).
NCERT's conclusion: "the age of industries has meant major technological changes, growth of factories, and the making of a new industrial labour force. However, as you have seen, hand technology and small-scale production remained an important part of the industrial landscape."
Did the 2020-21 edition differ?
No. The chapter was Chapter IV in the 2020-21 edition, with the same text, figures and exercises; the lines in Table 6 were already there.
Source: NCERT ch. IV, 2020-21 edition (jess304.pdf in the whole-book zip, Wayback Machine capture of 9 October 2021).
PART 3 — UPSC Integration
Cross-paper relevance
- GS1 (Modern India) — economic impact of colonial rule: the weavers under the Company, Manchester imports, Managing Agencies, early Indian capital, labour migration and the jobber.
- GS1 (World History) — the Industrial Revolution in Britain: proto-industry, the factory, the slow spread of steam, workers' lives.
- GS3 (Indian Economy) — the roots of the handloom and small-scale sector, and the capital-goods gap at Independence (Fig. 18).
- Essay — technology and progress: NCERT opens by questioning images of the modern age as "a wonderful time of technological progress".
Past questions: two direct Mains GS1 questions (2024, 2015) on the Industrial Revolution and Indian handicrafts and on why industrialisation began in England, and two adjacent ones (railways, 2023; the decentralised cotton textile industry, 2013): see the Frames below.
Frames for Mains Answers
1. Did the Industrial Revolution ruin Indian handicrafts? (gs1-pyq-2024-04). Yes, in part: the export market collapsed (33 to 3 per cent of exports) and the home market was "glutted with Manchester imports"; raw cotton grew dear in the 1860s; machine thread "wiped out the spinning industry". But Company control of weavers came first (gomasthas, advances, from the 1760s). And the ruin was not total: handloom output "almost trebling between 1900 and 1940", fly shuttles, fine and specialised weaves.
2. Why England first, and at what cost? (gs1-pyq-2015-06). NCERT's causes: merchant capital and world trade, colonies, guild-free countryside, enclosures, cotton inventions, Arkwright's mill, then iron and steel with railways. The cost: jobs through kin networks, night shelters, real wages cut in the Napoleonic War, 10 per cent extremely poor, 35-75 per cent unemployment in the 1830s. For the comparison with India today, start from NCERT's point that most industrial labour worked outside registered factories (5 per cent inside in 1911, 10 per cent in 1931) and bring in current official labour data.
3. Railways (adjacent, gs1-pyq-2023-08). In Britain railways drove iron and steel demand (from the 1840s; in the colonies from the 1860s) and created construction work (Fig. 12). In India, railways and locomotives "were mostly imported", so capital goods lagged till Independence. For railways in other colonies, see our Chapter III page.
4. A decentralised cotton textile industry (adjacent, gs1-pyq-2013-23b). Mills spread from Bombay to Ahmedabad, Kanpur and Madras; workers came "from the districts around"; mill yarn fed village handlooms; small units in "alleys and bylanes" outnumbered factories.
Exam Strategy
Prelims fact-traps:
- Spinning Jenny = James Hargreaves, 1764; the cotton mill = Richard Arkwright. Watt improved Newcomen's engine; Boulton made it.
- The first jute mill in Bengal (1855) is not the first Indian-owned one (Seth Hukumchand, Calcutta, 1917).
- Elgin Mill = Kanpur. Bombay's mill workers came from Ratnagiri (over 50 per cent, 1911).
- The American Civil War raised India's raw cotton exports; it did not cut them.
Mains: use Table 3 for the Company's control of weavers, Table 5 for "how far" questions on decline, and the conclusion's line on hand technology to close.
Practice Questions
NCERT's exercises for this chapter have no MCQs. Practice (UPSC-pattern, not past papers): questions 1-5.
1. With reference to early factories in colonial India, as described by NCERT, consider the following statements:
1. The first cotton mill in Bombay came up in 1854.
2. The Elgin Mill was started in Ahmedabad.
3. Seth Hukumchand set up the first Indian jute mill in Calcutta in 1917.
Which of the statements given above are correct?
(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3
Answer: (c). The Elgin Mill was in Kanpur; Ahmedabad's first cotton mill came a year later.
2. Which of the following pairs are correctly matched?
1. Spinning Jenny: Richard Arkwright
2. Cotton mill: Richard Arkwright
3. Manufacture of Watt's new engine: Boulton
Select the correct answer:
(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3
Answer: (b). The Spinning Jenny was devised by James Hargreaves in 1764.
3. Arrange the following in chronological order:
1. The first cotton mill in Bombay
2. The Spinning Jenny devised
3. Seth Hukumchand's jute mill in Calcutta
4. Henry Patullo's remark on demand for Indian textiles
Select the correct answer:
(a) 2-4-1-3
(b) 4-2-1-3
(c) 2-1-4-3
(d) 4-2-3-1
Answer: (a). 1764, 1772, 1854, 1917.
4. Consider the following statements about handlooms, as given by NCERT:
1. Handloom cloth production almost trebled between 1900 and 1940.
2. By 1941 over 35 per cent of handlooms in India were fitted with fly shuttles.
3. Demand for coarse cloth was more stable than demand for fine cloth.
Which of the statements given above are correct?
(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3
Answer: (a). Coarse cloth was bought by the poor and its demand "fluctuated violently".
5. "Their life and labour was integral to the process of industrialisation." Examine this view of Indian handloom weavers in the late nineteenth and early twentieth centuries. (150 words)
NCERT exercises (where the answers are on this page): Write in brief 1 (a) section 2.1 and Source B, (b) section 1, (c) section 3.1, (d) section 3.2; 2 (a) False: less than 20 per cent, and NCERT's figure is for Britain (section 1.2), (b) True (3.1), (c) False: raw cotton exports rose (3.3), (d) True (5.1); 3 section 1. Discuss 1 section 2; 2 section 3.2 and Table 3; 3 sections 1.1, 1.2, 3.3 and 5; 4 section 5.
📦 Revision Capsule
Hard Facts
- By the 1730s earliest English factories; 1764 Spinning Jenny (Hargreaves); 1769 Watt's engine patent; 1781 his sun-and-planet gear patent (NCERT: "patented the new engine in 1781").
- 1772 Patullo; 1811-12 to 1850-51 piece-goods 33 to 3 per cent of exports.
- 1854 first Bombay cotton mill (production 1856); 1855 first jute mill in Bengal; 1860s Elgin Mill, Kanpur; 1874 Madras.
- 1869 Alexandra Mill; 1 January 1877 Empress Mills, Nagpur; 26 August 1907 Tata Iron and Steel Company registered; first steel 1912.
- From 1906 yarn exports to China decline; 1917 Hukumchand's jute mill.
Core Concepts
- Proto-industrialisation: merchant-financed rural production before factories.
- Slow change: few dynamic sectors, small innovations, costly machines, cheap labour.
- Colony: monopoly and gomasthas, then Manchester imports, then Indian factories under Managing Agencies.
- Survival: fly shuttle, fine weaves, family labour; advertising made markets.
Confused Pairs
- Hargreaves (Spinning Jenny) vs Arkwright (cotton mill).
- Gomastha (Company's supervisor of weavers) vs jobber (mill recruiter).
- Surat and Hoogly (old ports, declined) vs Bombay and Calcutta (grew from the 1780s).
- First jute mill in Bengal (1855) vs first Indian jute mill (1917).
Data Points
- Raw cotton imports 2.5 (1760) to 22 million pounds (1787); 321 steam engines (early nineteenth century).
- Imports: cotton piece-goods over 31 per cent (1850), over 50 per cent (1870s).
- Factory workers 584,000 (1901) to over 2,436,000 (1946).
- 67 per cent of large industries in Bengal and Bombay (1911); 5 and 10 per cent of industrial labour in registered factories (1911, 1931).
- Fly shuttles over 35 per cent (1941); 70 to 80 per cent in Travancore, Madras, Mysore, Cochin, Bengal.
PYQ Pattern
- Mains 2024 GS1, 15 marks (gs1-pyq-2024-04): the Industrial Revolution and the decline of Indian handicrafts.
- Mains 2015 GS1, 12.5 marks (gs1-pyq-2015-06): why England first; quality of life then and in India now.
- Closest adjacent: Mains 2023 GS1, 10 marks (gs1-pyq-2023-08), railways; Mains 2013 GS1, 5 marks (gs1-pyq-2013-23b), the decentralised cotton textile industry.
Sources
- NCERT, India and the Contemporary World II, Textbook in History for Class X, ch. IV "The Age of Industrialisation", Reprint 2026-27 — ncert.nic.in PDF.
- NCERT, India and the Contemporary World II, front matter (Contents), Reprint 2026-27 — ncert.nic.in PDF.
- NCERT, India and the Contemporary World II, 2020-21 edition (whole-book zip), as archived on 9 October 2021 — Wayback Machine.
- James Watt, patent specification No. 913, 5 January 1769 — scan on Wikimedia Commons.
- Encyclopaedia Britannica, "James Watt" — britannica.com.
- Maurice Kelly, The Non Rotative Beam Engine (2002), on The Hopkin Thomas Project — thehopkinthomasproject.com.
- Tata group, "Jamsetji Tata" (Tata Titans) — tata.com.
- Tata Steel, "Tata Steel: A 100 Years and Still Counting", press release, Jamshedpur, 24 August 2007 — tatasteel.com.
- D.P. Kharia, "A Glimpse of the Tata Iron and Steel Company Limited, Jamshedpur" — NML eprints PDF.
- Press Information Bureau, Ministry of Textiles, "The 11th National Handloom Day will be celebrated on 7th August 2025", 31 July 2025 — pib.gov.in.
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