CSIR (Council of Scientific and Industrial Research)

A colonial government once rejected the idea outright, calling a dedicated research department unnecessary. Within a decade, World War II forced its hand. The Council of Scientific and Industrial Research (CSIR) now runs 37 national labs, and is still adding new pieces to its own mission.

MCQ Questions

SciTech0085

CSIR: From 37 Labs to Building the Researchers Too

The colonial government said it wasn’t necessary. Eight decades later, it’s one of the world’s largest publicly funded research bodies.

1942

CSIR is established

Founded 26 September, growing out of the 1940 Board of Scientific and Industrial Research.

1947

CSIR-NPL founded

Becomes India’s National Metrology Institute, custodian of its physical measurement standards.

2023

CSIR-ASPIRE launches

A research scheme exclusively for women researchers, launched on International Women’s Day.

2026

ASPIRE-SHAKTI celebrates its reach

301 women researchers funded so far, as the scheme moves toward commercialising their work.

The pattern: CSIR spent its first decades building physical labs and standards. Eight decades later, it’s investing just as deliberately in building the researchers themselves, starting with getting more women into the pipeline.

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📑 Contents

1Must Know
2Good to Know
3Test Yourself
4Great to Know
5Current Affairs

Must Know

The Council of Scientific and Industrial Research (CSIR) was established on 26 September 1942, as an autonomous research body.
Its founders were Arcot Ramasamy Mudaliar and Shanti Swarup Bhatnagar. It grew out of the Board of Scientific and Industrial Research, set up in 1940.
CSIR runs a network of 37 national laboratories across India. These cover fields from aerospace to drug research to metrology.
The Prime Minister serves as CSIR’s President. Its Director General, currently Dr. N. Kalaiselvi, runs its day-to-day work.
CSIR is registered under the Societies Registration Act, 1860, and works under the Ministry of Science and Technology.
CSIR holds thousands of patents. It has 2,971 patents in force internationally, and 1,592 in force in India.

Good to Know

CSIR-NPL (National Physical Laboratory), founded in 1947, is India’s National Metrology Institute. It maintains the country’s physical measurement standards.
CSIR-CDRI (Central Drug Research Institute), in Lucknow, focuses on pharmaceutical and drug research.
CSIR-NIScPR (National Institute of Science Communication and Policy Research) was formed by merging two earlier CSIR institutes, NISCAIR and NISTADS.
CSIR employs over 14,000 staff in total, including about 4,600 scientists.
See IntlRel0051 — India-Australia Relations for CSIR’s Traditional Knowledge Digital Library (TKDL) agreement with IP Australia. See SciTech0072 — Shanti Swarup Bhatnagar for the story of CSIR’s founding Director.

Test Yourself

Great to Know

CSIR was almost never created. In 1934, the colonial government rejected the idea outright, calling a dedicated research department unnecessary. World War II changed that calculation within a few years.
The Prime Minister holds CSIR’s presidency, and CSIR’s own Director General also heads the Department of Scientific and Industrial Research. That places the body unusually close to the top of India’s science policy machinery, not at arm’s length from it.
CSIR’s patent record includes more than 14,000 patents granted worldwide since its founding. That makes it one of the most prolific publicly funded research bodies anywhere, not just in India.

Current Affairs

On 7 August 2026, Parliament received the 414th Report. This report reviewed the government’s response, to the Committee’s earlier 403rd Report on CSIR-CSIO and CSIR-IGIB. (Source: PIB)
That original review covered CSIR’s Central Scientific Instruments Organisation in Chandigarh, and its Institute of Genomics and Integrative Biology in Delhi. The Committee’s site visit had praised CSIR-CSIO’s technology transfers to industry. (Source: CSIR-CSIO)
On 6 August 2026, CSIR-NIScPR held a two-day Skill Training Course on “Science Communication and Emerging Trends.” It ran under the CSIR Integrated Skill Initiative (Phase III). (Source: PIB)
30 participants attended, from universities, research institutions, media, and industry. The course covered social media management, podcasting, and AI tools in science communication. (Source: PIB)
On 23 July 2026, CSIR-CSIO Chandigarh held a Technology Transfer Event, licensing 4 technologies to industry. (Source: PIB)
Three — a motor stethoscope, a pump-performance monitor, and a power-quality analyser — went to Bengaluru’s Pump Academy. (Source: PIB)
The fourth, a Head-Up Display optical module for SU-30 fighter jets, went to Bharat Electronics Limited. CSIR-CSIO also commercially launched an IoT-enabled water-monitoring system, for rural service delivery. (Source: PIB)
Separately, CSIR-CSIO reported ₹1.67 crore in royalty from BEL in FY 2025-26. That covered licensed defence-avionics technologies, like HUDs, Drogue Lights, and Taxi Landing Lights. (Source: PIB)
On 22 July 2026, CSIR and Nalanda University signed an MoU. It aims to advance science-led sustainable development, technology outreach, and rural transformation. (Source: PIB)
The partnership will deploy CSIR’s technologies around Nalanda, in areas like model village development, solid waste management, and water quality. Environmental sustainability is another focus area. (Source: PIB)
Dr. N. Kalaiselvi, CSIR’s Director General, proposed taking up at least three focused societal missions under the MoU. (Source: PIB)
The MoU also aims to boost CSIR’s global reach. Nalanda University’s international student community can help showcase Indian scientific innovations worldwide. (Source: PIB)
On 16 July 2026, CSIR-Central Road Research Institute (CSIR-CRRI) began its year-long Platinum Jubilee, marking 75 years. It launched new road technologies across 16 towns nationwide. (Source: PIB)
Its technologies, including Steel Slag Roads and Modified Mix Seal Surfacing (MSS+), already run on over 1,200 km of Indian roads. CSIR-CRRI aims for a third of India’s road network to eventually use them. (Source: PIB)
The same day, CSIR-National Institute of Science Communication and Policy Research (CSIR-NIScPR) signed an MoU with the Patents Office (CGPDTM), to join the National Knowledge Resource Consortium (NKRC). (Source: PIB)
NKRC, now in its 25th year, gives 82 member institutions shared access to scientific and technical literature. CGPDTM joins to strengthen patent examination and prior-art searches. (Source: PIB)
13 July 2026: CSIR held “ASPIRE-SHAKTI,” at its New Delhi headquarters, celebrating women researchers in STEM. Director General N. Kalaiselvi released the ASPIRE-SHAKTI Compendium. The CSIR-ASPIRE scheme, launched on International Women’s Day in 2023, has funded 301 women researchers as independent Principal Investigators. These came from 2,878 proposals across 969 institutions, a selection rate of about 10%. (Source: PIB)
13 July 2026: The scheme’s funded projects have so far produced over 253 SCI-indexed publications, more than 15 patent filings, and trained over 300 research fellows. In its next phase, CSIR plans to help 20-30 top ASPIRE projects commercialise their work, connecting researchers with start-ups and innovation partners. (Source: PIB)
30 June 2026: At CSIR-Indian Institute of Chemical Technology (CSIR-IICT), Hyderabad, Union Minister Dr. Jitendra Singh inaugurated 4 Advanced R&D facilities and laid the foundation stone for a ₹44.46 crore, 200-student hostel.
- The new facilities: an Advanced R&D Facility for Fluorochemicals, a Continuous Processing Platform for Industrial Chemicals, a Sustainable Engineering Complex (SustEC), and a 500 KLD Decentralized Effluent Treatment Plant for the Siripuram Handloom Cluster.
- The Minister cited CSIR technologies converting agricultural waste into compressed biogas, and captured CO2 into Dimethyl Ether, as examples of research-to-industry translation strengthening India’s clean-energy and circular-economy goals.
(Source: PIB).