Institutional Framework of Science and Technology in India
Updated on
A scientist without a laboratory is like a soldier without weapons. India’s S&T success depends critically on its institutional architecture — the organisations, ministries, and bodies that fund research, set policy, and translate discoveries into applications. Let us map this ecosystem clearly, because UPSC frequently asks about institutional roles.
The Ministry of Science and Technology (MoST) is the apex central ministry responsible for promoting scientific research, technological innovation, and R&D policy coordination. It has three major departments:
Ministry of Science and Technology (MoST)
▼
Department of Science & Technology (DST) | Department of Biotechnology (DBT) | Department of Scientific & Industrial Research (DSIR → oversees CSIR)
Established: 1971 — Nodal department for formulating S&T policies, funding research, and promoting innovation.
Focus Areas: Basic and applied research, innovation ecosystems, climate science, and frontier technologies (quantum, supercomputing, AI).
Key Initiatives: National Quantum Mission, National Supercomputing Mission, and INSPIRE (Innovation in Science Pursuit for Inspired Research) — a scholarship programme to attract young talent to science.
Anusandhan National Research Foundation (ANRF): Proposed under STIP 2020 as a National Research Foundation; enacted through the ANRF Act, 2023. Replaces SERB. Modelled on the US National Science Foundation — strengthens research funding at universities.
Flagship Initiatives: Genome India Project, COVID-19 vaccine development support, National Biopharma Mission, and BioE3 Policy (Biotechnology for Economy, Environment and Employment).
BIRAC: Biotechnology Industry Research Assistance Council — provides translational funding to biotech startups.
Established: 1942 — India’s largest publicly funded R&D organisation. Operates as an autonomous body under DSIR.
Structure: Registered as a Society under Societies Registration Act, 1860. Prime Minister is President; Union Minister for Science & Technology is Vice-President.
Network: Pan-India network of 35+ laboratories across domains: aerospace (NAL), genomics (IGIB), drug discovery (CDRI), environmental engineering (NEERI), petroleum (ONGC-CSIR), etc.
📌Key Fact: NITI Aayog replaced the Planning Commission on 1st January 2015. While the Planning Commission was top-down and allocative, NITI Aayog is a policy think tank focused on cooperative federalism, strategic planning, and outcome-based governance.
Position
Holder/Detail
Chairperson
Prime Minister of India
Vice-Chairperson
Appointed by the Prime Minister
Governing Council
Chief Ministers of all states + Lt. Governors of UTs
Members
Full-time members (experts) + part-time members
Major S&T Initiatives of NITI Aayog:
Atal Innovation Mission (AIM): Promotes startups and establishes Atal Tinkering Laboratories (ATLs) in schools — fostering a culture of innovation from childhood.
National Strategy for Artificial Intelligence (NSAI): India’s AI policy framework — AI for ‘AI for All’ philosophy.
Aspirational Districts Programme: Uses technology and data to accelerate development in India’s 112 most backward districts.
Digital Public Infrastructure Support: Policy advocacy for India Stack, UPI, and DPI models globally.
Role: Chief scientific advisor to the Government of India — advises the Prime Minister and Cabinet on science, technology, innovation, and strategic research.
History: Office created in 1999; Dr A.P.J. Abdul Kalam was India’s first Principal Scientific Adviser.
Current Status: Since 2018, functions under the Cabinet Secretariat — giving it direct access to the highest level of government decision-making.
India is not a latecomer to science. Before Europe had universities, India had Nalanda and Takshashila. Before the West developed algebra, India gave the world Zero. Before modern surgery, India had Sushruta performing rhinoplasty. The story of Science and Technology in India is, in many ways, the story of a civilisation’s journey — from ancient…
Introduction to Satellites Long before we had the word ‘satellite’, the Moon was doing its job — faithfully orbiting Earth, influencing tides, and guiding ancient navigators. Today, humanity has sent over 9,000+ artificial satellites into orbit (though not all are active). These metal messengers in the sky touch almost every aspect of modern life —…
Science and Technology Policy in India Policy is the compass that guides a nation’s scientific direction. India has evolved its S&T policy five times since independence — each evolution reflecting the changing needs of the nation. Think of it as India’s scientific self-awareness growing over time: from ‘build institutions’ in 1958 to ‘open science for…
Imagine you are standing on a tall hill and you throw a stone horizontally. It falls to the ground due to gravity. Now, what if you threw it so fast that as it falls, the Earth’s surface curves away beneath it? The stone would never hit the ground — it would keep going around the…
Think of it this way. You wake up in the morning, switch on the light, check your phone, drink pasteurised milk, and take a paracetamol for your headache. In the span of just five minutes, you have benefited from at least six different scientific discoveries! Every single convenience of modern life — from the electricity…
Science is not just about equations and experiments — it is about people. Behind every great discovery is a human being with curiosity, courage, and often, a streak of obsession. Let us meet the architects of the modern world — those individuals whose ideas changed everything. UPSC frequently asks about their contributions; remember these profiles…
