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Science & Technology·Revision Notes

Science and Technology Policy — Revision Notes

Updated 10 Mar 2026

⚡ 30-Second Revision

  • SPR 1958 focused on self-reliance and institution building.
  • TPS 1983 emphasized indigenous technology development and absorption.
  • STIP 2013 aimed for innovation-driven inclusive growth, top 5 global scientific power.
  • MoST houses DST, DBT, DSIR; CSIR and ICMR are major autonomous R&D bodies.
  • India's GERD is ~0.6-0.7% of GDP, with government as largest contributor.
  • NRF (National Research Foundation) aims to streamline research funding across academia.
  • NQM (National Quantum Mission) targets leadership in quantum technologies.
  • ISM (India Semiconductor Mission) incentivizes domestic semiconductor manufacturing.
  • Article 51A(h) mandates developing 'scientific temper' as a fundamental duty.
  • The Patents Act, 1970, balances innovation with public access, especially via Section 3(d).

2-Minute Revision

India's Science and Technology Policy has evolved significantly, starting with the Scientific Policy Resolution (SPR) of 1958, which laid the foundation for institutionalized science and self-reliance.

This was followed by the Technology Policy Statement (TPS) of 1983, shifting focus to indigenous technology development and commercialization. The Science, Technology and Innovation Policy (STIP) of 2013 marked a paradigm shift, integrating 'innovation' as a core driver for inclusive growth and global competitiveness.

The institutional architecture is robust, led by the Ministry of Science and Technology (MoST) and its departments (DST, DBT, DSIR), alongside major research councils like CSIR and ICMR. While R&D expenditure (GERD) has grown in absolute terms, it remains around 0.

6-0.7% of GDP, lower than global leaders, with a need for increased private sector participation. Current flagship initiatives like the National Research Foundation (NRF), National Quantum Mission (NQM), and India Semiconductor Mission (ISM) are strategically vital for enhancing research, securing frontier technologies, and achieving technological self-reliance.

Constitutional provisions like Article 51A(h) guide the ethos, while IPR laws balance innovation with public interest. The ongoing challenge remains bridging the policy-implementation gap and fostering a truly vibrant, innovation-driven ecosystem.

5-Minute Revision

India's Science and Technology Policy has undergone a profound transformation since independence, reflecting the nation's evolving aspirations. The journey began with the Scientific Policy Resolution (SPR) of 1958, a visionary document emphasizing self-reliance, institution building, and cultivating a 'scientific temper' – a fundamental duty enshrined in Article 51A(h).

This led to the establishment of a vast network of national laboratories and universities. The Technology Policy Statement (TPS) of 1983 marked a shift towards indigenous technology development and efficient absorption of imported technologies, aiming to bridge the gap between research and commercial application.

The Science, Technology and Innovation Policy (STIP) of 2013 represented a significant paradigm shift, explicitly integrating 'innovation' as a key driver for inclusive growth and sustainable development, with an ambition to position India among the top five global scientific powers.

Post-2013, policy has become more mission-oriented, exemplified by initiatives like the National Research Foundation (NRF) to streamline research funding across academia, the National Quantum Mission (NQM) to secure leadership in frontier quantum technologies, and the India Semiconductor Mission (ISM) to build a resilient domestic semiconductor ecosystem, crucial for 'Atmanirbhar Bharat'.

The institutional architecture is complex and multi-layered, with the Ministry of Science and Technology (MoST) overseeing departments like DST (basic research), DBT (biotechnology), and DSIR (industrial R&D).

Autonomous bodies like CSIR (applied research) and ICMR (medical research), along with strategic departments like DAE and DoS, form the backbone. While this structure is comprehensive, challenges persist in funding, with India's Gross Expenditure on R&D (GERD) hovering around 0.

6-0.7% of GDP, significantly lower than global leaders, and a disproportionately low private sector contribution. Legal frameworks, including IPR laws like the Patents Act, 1970, and biotechnology regulations, provide the necessary governance, balancing innovation incentives with public interest.

The overarching goal remains to foster a robust, collaborative, and innovation-driven ecosystem that can address national challenges and enhance India's global technological competitiveness, continuously striving to bridge the gap between ambitious policy pronouncements and effective ground-level implementation.

Prelims Revision Notes

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  1. Policy Timeline: — SPR 1958 (Nehru, self-reliance, scientific temper, institution building); TPS 1983 (Indira Gandhi, indigenous tech, absorption); STP 2003 (Globalization, IPR, PPP); STIP 2013 (Innovation, inclusive growth, top 5 global power, open science).
    2. 2
  2. Key Institutions:

* MoST: Apex body, oversees DST, DBT, DSIR. * DST: Basic/applied research, S&T policy, international cooperation (SERB, INSPIRE). * DBT: Biotechnology R&D (BIRAC). * DSIR: Industrial R&D, tech transfer, industry linkages. * CSIR: Multidisciplinary applied research, largest R&D org. * ICMR: Biomedical research, public health. * DAE, DoS, DRDO: Strategic sectors, report to PM/MoD.

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  1. Funding: — GERD ~0.6-0.7% of GDP (low globally). Central govt. is largest contributor (~40-50%), private sector ~35-40% (needs increase).
    2. 2
  2. Current Initiatives:

* NRF: National Research Foundation (NEP 2020, 2023 Act). ₹50,000 Cr over 5 yrs. Fund research across all disciplines, universities. * NQM: National Quantum Mission (2023). ₹6,003 Cr. Quantum computing, communication, sensing, materials.

* ISM: India Semiconductor Mission (2021). ₹76,000 Cr. FABs, design, ATMP. Strategic autonomy. * NM-ICPS: National Mission on Interdisciplinary Cyber-Physical Systems (2018). AI, ML, Robotics, IoT.

* Atmanirbhar Bharat: Boost indigenous R&D, manufacturing.

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  1. Constitutional/Legal:

* Article 51A(h): Fundamental duty to develop scientific temper. * Concurrent List: Education, Economic & Social Planning, Factories. * Patents Act, 1970 (amended 2005): IPR protection, Section 3(d) prevents evergreening. * Biotechnology Rules 1989: Regulate GMOs (under MoEFCC).

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  1. Key Concepts: — Scientific Temper, GERD, TRLs, Open Science, CPS, Evergreening, Science Diplomacy.

Mains Revision Notes

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  1. Policy Evolution Analysis: — Understand the 'why' behind each policy shift (e.g., SPR for nation-building, TPS for commercialization, STIP for innovation-driven growth). Emphasize paradigm shifts: state-led to multi-stakeholder, basic research to innovation ecosystem, self-reliance to global competitiveness. Critique implementation gaps.
    2. 2
  2. Institutional Effectiveness: — Analyze roles and mandates of key institutions (MoST, DST, CSIR, ICMR, DAE, DoS). Discuss collaboration mechanisms (inter-ministerial, PPPs) and challenges: fragmentation, bureaucratic hurdles, funding inadequacy, weak industry-academia linkages, brain drain. Suggest reforms for better synergy and accountability.
    3. 3
  3. Funding Challenges & Solutions: — Detail GERD trends (low %GDP, central govt. dominance). Discuss reasons for low private sector R&D. Propose solutions: NRF's role in leveraging private funds, tax incentives, venture capital, CSR for R&D, efficient resource allocation.
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  4. Strategic Initiatives (NRF, NQM, ISM): — For each, articulate objectives, funding, expected outcomes, and strategic significance for 'Atmanirbhar Bharat', national security, economic resilience, and global leadership. Critically assess implementation challenges (e.g., capital, talent, technology acquisition).
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  5. Constitutional & Legal Framework: — Explain Article 51A(h)'s philosophical underpinning. Discuss how Concurrent List entries enable S&T legislation. Analyze IPR laws (Patents Act, Section 3(d)) and biotechnology regulations, focusing on balancing innovation with public interest and ethical considerations. Connect to governance and social justice.
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  6. Inter-topic Connections: — Link S&T policy to economic development, national security, social welfare, environment, education, and international relations (science diplomacy). Emphasize the multi-dimensional impact of S&T on India's progress.

Vyyuha Quick Recall

Mnemonic

SCIENCE Policy Memory Palace: Imagine a grand palace where each room represents a key aspect of India's S&T Policy.

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  1. Self-Reliance (1958): The grand entrance, with Nehru's statue, symbolizing the Scientific Policy Resolution (SPR) and its focus on building a strong foundation.
    2. 2
  2. Commercialization (1983): A bustling marketplace, representing the Technology Policy Statement (TPS) and the push to convert research into products.
    3. 3
  3. Innovation (2013): A futuristic lab, showcasing the Science, Technology and Innovation Policy (STIP) and its emphasis on cutting-edge ideas and inclusive growth.
    4. 4
  4. Ecosystem (Institutions): A network of interconnected offices – DST, CSIR, ICMR – each with their specific roles, showing the institutional architecture.
    5. 5
  5. National Missions (Current Initiatives): A mission control center, with screens displaying NRF, Quantum Mission, and Semiconductor FABs, highlighting strategic focus areas.
    6. 6
  6. Constitutional (51A(h)): A library with a giant book open to Article 51A(h), reminding you of 'scientific temper' as a fundamental duty.
    7. 7
  7. Expenditure (GERD): A giant ledger showing budget figures, with a small percentage (0.6-0.7%) highlighted, indicating the R&D funding scenario.

This palace helps you walk through the evolution, structure, and current thrusts of India's S&T policy.

Flashcards

  • SPR 1958: Scientific Policy Resolution, Nehru, self-reliance, institution building.
  • TPS 1983: Technology Policy Statement, Indira Gandhi, indigenous tech, commercialization.
  • STIP 2013: Science, Technology and Innovation Policy, innovation for inclusive growth, top 5 global scientific power.
  • NRF: National Research Foundation, fund research across academia, NEP 2020 origin.
  • NQM: National Quantum Mission, quantum computing, communication, sensing.
  • ISM: India Semiconductor Mission, semiconductor FABs, design, ATMP, strategic autonomy.
  • GERD: Gross Expenditure on R&D, ~0.6-0.7% of GDP, low private share.
  • Article 51A(h): Fundamental Duty, develop scientific temper.
  • DST: Department of Science & Technology, basic/applied research, policy formulation.
  • Section 3(d) Patents Act: Prevents evergreening of patents, balances IPR with public interest.

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