The Research, Development and Innovation (RDI) Scheme
Kartavya Desk Staff
Syllabus: Environment
Source: TOI
Context: Prime Minister of India inaugurated the Emerging Science & Technology Innovation Conclave (ESTIC) 2025 at Bharat Mandapam, New Delhi, and launched the ₹1 lakh-crore Research, Development, and Innovation (RDI) Scheme Fund to boost private investment in high-risk, high-impact R&D projects.
About India Leap in R &D:
India’s R&D Push:
• Strategic pivot: India is making a decisive shift toward an innovation-driven economy, strengthening collaboration between academia, industry, and government to pursue high-risk, high-impact technologies.
• GERD trend: The nation’s Gross Expenditure on R&D has doubled from ₹60,196.75 crore in 2010–11 to ₹1,27,380.96 crore in 2020–21, though it still remains below 0.7% of GDP, far lower than global leaders.
• Funding mix: The Central Government contributes about 43.7% of total R&D spending, with the government sector accounting for 64% and the private sector 36%, showing the need for greater corporate participation.
• Human capital: India awarded 40,813 doctorates in 2018–19, with 60% in Science and Technology, ranking third globally in S&E PhDs and highlighting strong potential for research expansion.
• Innovation output: Patent filings in India tripled from 24,326 in 2020–21 to 68,176 in 2024–25, reflecting a surge in domestic innovation and intellectual property creation.
About The Research, Development & Innovation (RDI) Scheme:
What it is?
• A landmark ₹1 lakh-crore corpus, launched on November 3, 2025, to fund and refinance private-sector research, development, and innovation (RDI) projects through long-tenure, low or zero-interest loans—promoting bold, high-risk scientific ventures.
Aim: To de-risk high-TRL and high-impact projects, attract private capital into frontier technologies, and accelerate the lab-to-market transition in areas critical to national competitiveness and self-reliance.
Features:
• Long-term capital access: Offers flexible, long-duration financing to encourage private R&D in high-risk, deep-tech sectors that usually lack commercial funding support.
• Deep-Tech Fund of Funds: Creates a dedicated fund ecosystem to back start-ups and innovation-driven enterprises working on cutting-edge technologies like AI, semiconductors, and biotechnology.
• Critical technology acquisition: Supports companies in procuring or developing strategic technologies vital for national security, energy, and digital sovereignty.
• Innovation pipeline strengthening: Provides growth and risk capital for translating prototypes into scalable, market-ready products, ensuring faster commercialisation.
• Industry–academia collaboration: Incentivises joint R&D ventures between private firms, universities, and research institutions to enhance knowledge exchange and innovation efficiency.
• Focus on sunrise sectors: Targets emerging areas such as quantum tech, green hydrogen, space, bioengineering, and next-gen communication, aligning with India’s Viksit Bharat 2047 vision.
Initiatives Taken So Far:
• ANRF (Act 2023; operational 2024): Mobilise ₹50,000 cr (2023–28); ₹14,000 cr public + non-governmental sources; tighten academia–industry links.
• National Quantum Mission (₹6,003.65 cr): Quantum computing, comms, materials—2023–31 timeline for domestic platforms.
• National Supercomputing Mission: Indigenous HPC + 5 training centres (Pune, Kharagpur, Chennai, Palakkad, Goa) to scale compute skills.
• India Semiconductor Mission (PLI ₹76,000 cr): 10 projects cleared; ₹1.60 lakh cr investments incl. first SiC fab (Odisha).
• Deep Ocean Mission (₹4,077 cr): Blue-economy tech, resource mapping, marine biodiversity for sustainable exploitation.
• IndiaAI Mission (₹10,371.92 cr): Compute scaled to 38,000 GPUs; AI innovation, governance, and skilling stack.
• AIM 2.0 (till Mar 2028; ₹2,750 cr): Extend ATLs/AICs, MSME engagement, school-to-startup innovation pipeline.
Challenges Associated:
• Low R&D intensity: GERD <0.7% of GDP vs global avg ~1.8%; constrains frontier infrastructure and long-horizon science.
• Private under-investment: ~36% private share (vs >70% in R&D leaders) due to risk aversion and long payback cycles.
• Fragmented translation: Weak university–industry collaboration slows tech transfer and productisation.
• Talent & autonomy gaps: Research careers less attractive; institutional bureaucracy and limited operational autonomy.
• Innovation depth: High patents, but domestic ownership/commercialisation and global partnerships need scaling.
Way Ahead:
• Lift GERD to 2%+ of GDP: Stage-wise targets; ring-fenced mission budgets and stable multi-year grants.
• Crowd-in private capital: Expand RDI corpus, tax credits for BERD, outcome-linked procurement, and co-funded challenge grants.
• Supercharge translation: IP acceleration funds, tech transfer offices, standard IPR/royalty norms, and sandboxed regulation.
• Talent flywheel: Tenure-track hiring, global fellowships, reverse-brain-drain chairs, and performance-based autonomy.
• Globalisation of labs: Big-science partnerships, open-data platforms, and standards leadership in AI/quantum/6G.
Conclusion:
India has built strong innovation rails and is now backing them with risk-tolerant capital via the ₹1 lakh-cr RDI Scheme. To convert scale into scientific depth, India must raise R&D intensity, crowd-in private BERD, and fast-track translation. With coherent funding, autonomy, and global linkages, India can move from islands of excellence to a continent of innovation by 2047.