Civil Engineering 2022 Paper II 50 marks 250 words Analyse

Paper II — Q7

Answer the following questions in about 250 words each: (a) Analyse the growth of communalism in India during the freedom…

(a)

Answer the following questions in about 250 words each: Analyse the growth of communalism in India during the freedom struggle. What were its social and political implications? 15 marks

(b)

Examine the role of the Indian diaspora in India's economic development. How can their potential be better utilized? 15 marks

Q7 of the 2022 UPSC Mains Civil Engineering Paper II, as printed
The question as printed in the 2022 Civil Engineering paper

Model answer

Written by UPSC Answer Check against this question's marking rubric, to the 250-word length. UPSC does not publish answers for Mains — this is one way to score well, not an official key.

(a) Growth of Communalism in India and its Implications

Communalism during the freedom struggle evolved as a modern political ideology, shaped by colonial divide-and-rule tactics and socio-economic competition between religious elites.

Phases of Growth Late 19th Century: The Urdu-Hindi controversy and Sir Syed Ahmed Khan’s Aligarh Movement sowed early seeds by projecting distinct Muslim political interests separate from the Indian National Congress. 1905–1920: The 1905 Partition of Bengal and the formation of the All-India Muslim League (1906) formalized separatist politics. The Morley-Minto Reforms (1909) institutionalized division via separate electorates. The Lucknow Pact (1916) and Khilafat Movement provided temporary unity, but their collapse exacerbated identity friction. 1920s–1937: Post-Khilafat riots, alongside the rise of the Hindu Mahasabha, RSS, and Tablighi movements, deepened polarization. The British further solidified divisions through the Communal Award (1932). 1940–1947: The Muslim League’s Lahore Resolution (1940) demanded Pakistan. Mass mobilization climaxed in the Direct Action Day (1946) and horrific communal pogroms.

Social and Political Implications Social: Communalism fractured composite cultural traditions (Ganga-Jamuni tehzeeb), fostered persistent communal riots, and triggered the catastrophic 1947 refugee crisis that displaced over 15 million people. Political: It obstructed anti-colonial unity, delayed constitutional settlements, and culminated in Partition. While it challenged secular nationalism, it compelled the Constituent Assembly to institutionalize explicit fundamental rights and minority safeguards under Articles 25 to 30.

(b) Role of the Indian Diaspora in Economic Development

Comprising over 32 million people, the Indian diaspora is a major driver of India's macroeconomic resilience and global integration.

Economic Contributions Remittances: India is the world's largest remittance recipient, drawing over $125 billion annually, which stabilizes the current account balance and sustains consumption in states like Kerala and Punjab. Capital and Enterprise: The diaspora contributes significantly to Foreign Direct Investment (FDI), angel investments, and venture capital, particularly in the domestic startup and fintech ecosystems. Knowledge and Technology Transfer: STEM professionals and IIT/IIM alumni in hubs like Silicon Valley have integrated India into global value chains, fostering R&D, patent filings, and software exports.

Utilization Gaps and Way Forward Despite these contributions, challenges like the legacy of brain drain, bureaucratic hurdles in domestic investments, and limited diaspora participation in governance persist. Their potential can be better harnessed through: Diaspora Financial Vehicles: Issuing sovereign Diaspora Bonds and creating single-window NRI clearance mechanisms to redirect Gulf remittances from real estate into infrastructure and manufacturing. Institutional Knowledge Networks: Expanding scientific exchange frameworks like the Visiting Advanced Joint Research (VAJRA) scheme and GIAN to institutionalize reverse knowledge flows and industrial research. Regulatory and Political Reforms: Rationalizing Overseas Citizen of India (OCI) regulatory processes and enabling remote voting (such as Electronically Transmitted Postal Ballots) to strengthen their institutional stake.

Transforming brain drain into structured "brain circulation" through predictable policy and innovative financial instruments will be essential for realizing India's long-term economic aspirations.

What "Analyse" is asking you to do

Break the subject into its working parts and show how they act on each other. The marks are in the interconnections — which factor drives which, and what the resulting structure explains — not in the inventory of factors.

Structure that answers it

Define the whole → separate it into its parts → show which part drives which → what that interaction produces → what the structure implies

Where marks are lost

A flat list of causes with no account of which drives which. An answer of neatly separated headings, each self-contained, scores as description.

All UPSC directive words, compared →

How this answer will be evaluated

Approach

(a(i)) calculate: given > formula > substitution > result with units > interpretation | (a(ii)) calculate: given > formula > substitution > result with units > interpretation | (b) explain: definition/context > points in order > small example > short close | (c) explain: definition/context > points in order > small example > short close Full marks: Complete calculations with units, clear diagrams, and correct application of principles.

Key points expected

  • Mass balance on solids (500 kg, 5% solids)
  • Volume calculation using specific gravity (1.01, 1.04)
  • Volatile solids reduction calculation (90%)
  • Percent reduction in volume
  • Total water demand calculation (2,000,000 persons × 150 lpcd)
  • Filter area calculation using loading rate (200 m³/d.m²)
  • Area per filter for 4 filters
  • Area per filter for 3 filters (one out of service)

Evaluation rubric

Each sub-part is marked on its own, against the marks and word limit printed on the paper.

  1. (a(i)) Sludge volume before/after digestion and percent reduction. 10 marks

    calculate— given → formula → substitution → result with units → interpretation

    Must cover

    • Mass balance on solids (500 kg, 5% solids)
    • Volume calculation using specific gravity (1.01, 1.04)
    • Volatile solids reduction calculation (90%)
    • Percent reduction in volume

    Loses marks

    • Ignoring specific gravity in volume calculation
    • Confusing solids percentage with volatile solids percentage

    Earns more

    • Explicit statement of assumptions (e.g., no water loss)
    • Clear unit conversion (kg to m³)

    Extra mark

    • Reference to standard sludge digestion design parameters
  2. (a(ii)) Filter surface area for 4 filters and 3 filters (one out of service). 10 marks

    calculate— given → formula → substitution → result with units → interpretation

    Must cover

    • Total water demand calculation (2,000,000 persons × 150 lpcd)
    • Filter area calculation using loading rate (200 m³/d.m²)
    • Area per filter for 4 filters
    • Area per filter for 3 filters (one out of service)

    Loses marks

    • Using total area for the 'one out of service' calculation
    • Unit errors in water demand or loading rate

    Earns more

    • Clear distinction between total area and area per filter
    • Explicit handling of the 'one filter out of service' condition

    Extra mark

    • Mention of standard rapid sand filter design guidelines
  3. (b) Flow Mass Curve and its use in reservoir storage estimation. 15 marks

    explain— definition/context → points in order → small example → short close

    Must cover

    • Definition and construction of Flow Mass Curve
    • Explanation of how it estimates storage capacity
    • Application to constant demand scenario
    • Identification of maximum storage requirement

    Loses marks

    • Confusing Flow Mass Curve with hydrograph
    • Failing to link the curve to storage estimation

    Earns more

    • Clear diagram of Flow Mass Curve
    • Explanation of the 'mass' concept (cumulative flow)

    Extra mark

    • Example calculation or specific case study
  4. (c) Modes of failure of a gravity dam with sketches and equations. 15 marks

    explain— definition/context → points in order → small example → short close

    Must cover

    • Sliding failure mode and equation
    • Overturning failure mode and equation
    • Shear failure mode and equation
    • Neat sketches for each mode

    Loses marks

    • Missing equations for any failure mode
    • Unclear or missing sketches

    Earns more

    • Clear labeling of forces in sketches
    • Explanation of safety factors for each mode

    Extra mark

    • Reference to specific dam failure case studies

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