CORE Key Points at a Glance

  1. 1

    The Anusandhan National Research Foundation Act, 2023 shifts research funding from a narrow project-grant board to a national strategic funding body.

  2. 2

    Mission-mode policy after 2015 clusters around quantum, supercomputing, cyber-physical systems, semiconductors, biotechnology, pharma-medtech and natural farming.

  3. 3

    Science, Technology and Innovation Policy (STIP) 2020 (draft) remains important because it is the fifth national policy draft and explains the GERD and researcher-density debate.

  4. 4

    The Principal Scientific Adviser office and PM-STIAC connect scientists, ministries and mission design.

  5. 5

    Rajasthan links the national S&T stack through Pokhran, CEERI Pilani, DoIT&C, Jaipur science park, Jodhpur science centre and science popularisation institutions.

  6. 6

    Question traps usually confuse launch year, nodal ministry, corpus, hub count, and whether a policy is an Act, mission, draft policy or scheme.

CORE Research-Funding Architecture: ANRF, SERB and STIP

The Anusandhan National Research Foundation Act, 2023 is the biggest institutional change in India's public research-funding architecture after the Science and Engineering Research Board (SERB) Act, 2008. The cabinet-approved National Research Foundation Bill carried an estimated cost of Rs. 50,000 crore for 2023-28; after enactment, ANRF became the apex body for strategic direction, research promotion and industry-academia collaboration across universities, laboratories and ministries. Its governing structure matters: the Prime Minister is ex officio President, the Union Science and Technology Minister and Education Minister are ex officio Vice-Presidents, and the Principal Scientific Adviser sits in the implementation chain. The older SERB model funded extramural science projects under DST; ANRF broadens the mandate to innovation, entrepreneurship and translational research. The policy edge is that ANRF is not a renamed grant board: it links competitive research grants, high-end laboratories, industry participation, state universities and strategic sectors such as clean energy, semiconductors, health technologies and digital public infrastructure. Its funding logic also changes accountability: public money, private contributions, peer review, thematic priorities and national laboratories must align with outcomes such as patents, prototypes, data platforms, skilled researchers and deployable technology. That makes small universities in Jaipur, Jodhpur, Kota and Udaipur part of the same national research network that earlier seemed concentrated in central institutes and metropolitan laboratories. Science, Technology and Innovation Policy (STIP) 2020 (draft) supplies the policy background: it was presented as India's fifth national science-technology-innovation policy draft, after the 1958 scientific policy resolution, 1983 technology policy statement, 2003 science and technology policy and 2013 STIP. In Rajasthan, the same architecture is visible at state scale through DoIT&C Rajasthan, which evolved from the Department of Computers in 1987 to Department of Information Technology & Communication in 2002 and coordinates IT policy, e-governance, websites, standards and ICT infrastructure for state departments.

PREDICTED Predicted RAS Questions

Based on PYQ trends and 2026 syllabus analysis

1 MCQ A national research-funding body has the Prime Minister as ex officio President and was designed to subsume the earlier SERB structure. Which instrument fits this description?
  1. A Anusandhan National Research Foundation Act, 2023 Correct answer
  2. B Science, Technology and Innovation Policy 2013
  3. C National Supercomputing Mission, 2015
  4. D PRIP scheme, 2023

Explanation

Option A is correct because the ANRF law creates the apex research-funding body and absorbs the SERB lineage. Option B is a policy document, not the ANRF statute. Option C concerns high-performance computing infrastructure. Option D is a pharma-medtech research scheme.