UPPSC PYQ 1 (2020) — Geography
Which of the following ocean currents is associated with Indian Ocean?
- Florida current
- Canary current
- Agulhas current
- Kurile current
Answer: C. Agulhas current
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On July 22, 2026, DRDO's Gas Turbine Research Establishment (GTRE) received India's first indigenously designed expendable turbojet engine of the 350-kg thrust class, delivered by industry partner Azad Engineering of Hyderabad. The milestone marks a significant step in India's push for self-reliance in aero-engine technology, a field where India has historically lagged despite decades of effort, most visibly in the long-delayed Kaveri engine programme.
Expendable turbojet engines of this class are designed to power one-way platforms such as anti-ship missiles, anti-drone systems, and various uncrewed aerial vehicles, rather than crewed aircraft. For aspirants preparing for UPSC, UPPSC, MPSC, and other state PSC exams, this topic is directly relevant for GS Paper 3 (Science and technology; indigenisation of technology and developing new technology) and frequently appears as a current-affairs question on India's defence self-reliance initiatives.
India's aero-engine development has faced persistent challenges, best illustrated by GTRE's decades-long GTX-35VS Kaveri programme, originally intended to power the indigenous Tejas Light Combat Aircraft but never certified for that role due to shortfalls in thrust and reliability, leading India to rely on imported engines (such as the American GE F404/F414) for the Tejas fleet. This history has made engine technology one of the most closely watched gaps in India's defence-indigenisation efforts under the Atmanirbhar Bharat and Make in India initiatives.
Expendable turbojet engines — smaller, simpler, and not required to meet the reliability and lifespan standards of crewed-aircraft engines — represent a more achievable near-term milestone than a full-scale fighter engine, while still requiring precision combustion, turbine, and compressor engineering. GTRE identified Azad Engineering as its manufacturing partner for this programme, reflecting a broader DRDO strategy of partnering with private-sector precision manufacturers to accelerate defence production timelines.
The engine and its development
Applications
Institutional and industry recognition
Strategic significance
Political and Constitutional Dimensions Defence production falls under Entry 1 of the Union List (Defence of India and every part thereof), placing it squarely within Union jurisdiction, executed through DRDO (under the Ministry of Defence) and its industry partners. Government policy support for indigenous defence manufacturing — including the Defence Acquisition Procedure's emphasis on domestic sourcing and 'positive indigenisation lists' barring import of specified components — provides the policy backdrop for programmes like this expendable turbojet engine.
Economic and Financial Dimensions Indigenous production of turbojet engines, even at the expendable-platform scale, reduces foreign exchange outflow on imported propulsion systems and builds domestic supply-chain capacity in precision manufacturing — turbine blades, combustion chambers, and compressor stages — that has civilian aerospace and industrial-gas-turbine applications beyond defence. Partnering with a private firm like Azad Engineering also reflects the economic logic of leveraging private-sector manufacturing efficiency for defence production, rather than relying solely on public-sector undertakings, and could open export opportunities over time.
Social Dimensions Defence-technology indigenisation programmes create high-skill engineering and manufacturing employment, and this delivery is being positioned domestically as a symbol of India's growing technological self-confidence, particularly relevant to STEM education and career narratives around indigenous innovation for young engineers considering careers in aerospace and defence R&D.
Governance and Administrative Dimensions The GTRE-Azad Engineering model — where a DRDO laboratory designs the technology and a private manufacturer executes production and assembly — reflects an evolving governance approach to defence R&D, shifting away from the earlier model of DRDO labs alone handling both design and limited-scale production, toward formal private-sector industry partnerships under the broader defence production ecosystem overseen by the Department of Defence Production.
International Perspective Indigenous expendable-engine capability reduces India's dependence on foreign suppliers for propulsion systems used in loitering munitions and target drones — a category of weapons whose global demand has surged following their prominent use in recent conflicts, including the Russia-Ukraine war, making domestic capability strategically valuable for both operational security and potential future defence exports to friendly nations.
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Which of the following ocean currents is associated with Indian Ocean?
Answer: C. Agulhas current
Without green house effect, the average temperature of earth surface would be
Answer: B. –18°C
1. In Ease of Doing Business Report 2020, India's rank is 63. 2. India ranking for Ease of Doing Business in the year 2019 was 77.
With reference to the World Bank's Ease of Doing Business Report, which of the following statement(s) is/are correct?
Answer: B. 2 only
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Geography · 2020Which of the following ocean currents is associated with Indian Ocean?
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