The National Institute of Technology Srinagar inaugurated the NIT Srinagar Observatory for Astronomy and Astrophysics (NSOAA) on 22 September 2026. The facility makes NIT Srinagar the first among the 31 National Institutes of Technology to host a dedicated campus-based observatory. Built around a 14-inch Celestron C14 EdgeHD telescope, the observatory will support sky observation, student training, research and public outreach in Jammu and Kashmir.
What Is an Observatory and What Are Astronomy and Astrophysics?
An observatory is a place built for watching the sky in a planned and regular way. A modern observatory usually has a telescope fixed under a rotating dome, along with cameras, filters and computers to record light from distant objects. Campus observatories like the one at NIT Srinagar are smaller than national research observatories, but they allow students to learn by collecting real sky data.
What is an observatory?
An observatory is a facility equipped with telescopes and imaging instruments to observe stars, planets and other distant objects. The NIT Srinagar Observatory for Astronomy and Astrophysics uses a 14-inch telescope with a computerised mount, cameras and filters to track objects and capture clear images for study.
What is astronomy and astrophysics?
Astronomy is the scientific study of objects in the sky, such as the Moon, planets, stars, clusters, nebulae and galaxies. Astrophysics is the branch of astronomy that explains how these objects form, move and change by using the rules of physics. The NSOAA combines observation with data analysis.
NIT Srinagar Observatory for Astronomy and Astrophysics: What Was Inaugurated?
The NIT Srinagar Observatory for Astronomy and Astrophysics was inaugurated on 22 September 2026. The event was led by NIT Srinagar Director Prof. Anurag Misra and University of Kashmir Registrar Prof. Nasir Iqbal. Senior faculty members, researchers and students attended the programme, including Dean Research and Consultancy Prof. Roohie Naaz and Head of the Department of Physics Prof. Prince Ahmad Ganai, who led the project.
The announcement on 21 September 2026 had stated that NIT Srinagar would become the first National Institute of Technology in India to establish a dedicated campus-based observatory. The inauguration marked that milestone. The observatory is named NSOAA in full, and it is designed as a teaching, research and outreach centre rather than a single telescope installation.
The stated goals of NSOAA are direct and practical. Students will learn to operate a telescope, plan observations, capture images and study the data. Researchers can take up small observational projects and astrophotography. Schools, colleges and universities in the Kashmir Valley will be invited for sky observation sessions, workshops and teacher training. NIT Srinagar has also stated that it is considering a hands-on course on astronomy and astrophysics in the coming months.
Telescope and Imaging System at NSOAA
The centrepiece of NSOAA is a 14-inch Celestron C14 EdgeHD aplanatic Schmidt-Cassegrain telescope. The term inch here refers to the diameter of the main mirror or lens, which collects light. A larger diameter collects more light and shows fainter objects in clearer detail. Fourteen inches equals about 356 millimetres, which places this instrument in the advanced small observatory class used for serious training and imaging.
A Schmidt-Cassegrain telescope uses a mix of lenses and mirrors to fold a long light path into a short tube. This design gives high magnification in a compact body. The word aplanatic means the optics are corrected to give sharp, flat images across the full frame. The EdgeHD version is built specially for astrophotography, which is the practice of taking long and detailed photographs of the night sky.
The telescope sits on a computerised equatorial mount. An equatorial mount is a stand that turns at the same speed as the rotation of the Earth, so it can keep a star or planet centred in view for a long time. The computerised control allows the user to select a target and the mount points to it automatically. This makes long exposure imaging of faint nebulae, star clusters and distant galaxies possible.
NSOAA also has planetary and cooled deep-sky cameras, LRGB filters, a 2.5x Barlow lens and high-speed imaging support. LRGB stands for luminance, red, green and blue. These four filters take separate images that are later combined to form a true colour picture. A Barlow lens increases magnification by 2.5 times for close views of the Moon and planets. The cooled camera reduces electronic noise during long exposures, while the high-speed mode helps capture sharp planetary images by selecting the clearest moments in shifting air.
NIT Srinagar Profile and Campus Facility
The National Institute of Technology Srinagar is one of the 31 National Institutes of Technology under the Ministry of Education. The institute was established in 1960 as Regional Engineering College Srinagar during the Second Five Year Plan. It later became an NIT and was declared an Institution of National Importance. The campus stands on the banks of the Dal Lake near the Hazratbal Shrine in Srinagar, Jammu and Kashmir.
NIT Srinagar Director Prof. Anurag Misra (as of September 2026) said the observatory will link classroom learning with direct exploration. University of Kashmir Registrar Prof. Nasir Iqbal said modern science facilities of this type can push young learners toward physics, engineering, computer science and space science. The project was led on campus by Prof. Prince Ahmad Ganai of the Department of Physics, with support from faculty members of mechanical engineering, chemistry and civil engineering.
The scientific partner for NSOAA is the Indian Institute of Astrophysics (IIA), Bengaluru. IIA is an autonomous research institute funded by the Department of Science and Technology. The roots of IIA go back to the Madras Observatory set up in 1786, which moved to Kodaikanal in 1899. The Kodaikanal Observatory became an autonomous body named IIA in 1971, and the headquarters moved to Koramangala, Bengaluru in 1975.
IIA scientist Dr. Niruj Mohan Ramanujam, head of the Science Communication, Public Outreach and Education section, is associated with NSOAA as adviser and collaborator. His work focuses on astronomy education and public outreach. The NSOAA committee also includes his inputs along with campus faculty. This partnership gives students access to professional guidance on observation methods, data use and outreach design.
Major Observatories in India: From Hanle to Kodaikanal
India has a long chain of observatories that runs from heritage stone instruments to high altitude modern telescopes. The NSOAA is a campus training facility, so its 14-inch telescope cannot match the light gathering power of national research telescopes. Its value lies in access. It puts real observation practice inside an engineering campus and connects the region to the wider national network described below.
The heritage starting point is the Jantar Mantar group built in the early 1700s by Jaipur ruler Sawai Jai Singh II. Five Jantar Mantars were built at Jaipur, Delhi, Ujjain, Varanasi and Mathura. The Jaipur Jantar Mantar, completed around 1734, is a UNESCO World Heritage Site and houses the Samrat Yantra, the largest stone sundial in the world at about 27 metres height. These naked eye instruments measured time, star positions and eclipses long before modern telescopes.
Modern optical, solar and radio facilities are operated mainly by IIA, the Aryabhatta Research Institute of Observational Sciences (ARIES) and the National Centre for Radio Astrophysics. The table below lists the major observatories in India that often appear alongside NSOAA in any discussion on an observatory in India or the largest telescope in India.
| Observatory | Location | Key Instrument and Size | Operated By |
|---|---|---|---|
| Indian Astronomical Observatory, Hanle | Hanle, Ladakh, about 4,500 metres height | 2-metre Himalayan Chandra Telescope, first light in 2000, dedicated in 2001 | Indian Institute of Astrophysics |
| Major Atmospheric Cherenkov Experiment Telescope, Hanle | Hanle, Ladakh | 21-metre gamma ray telescope (MACE), among the largest of its kind in the world | BARC with IIA support |
| Devasthal Optical Telescope | Devasthal near Nainital, Uttarakhand | 3.6-metre Devasthal Optical Telescope, commissioned in 2016, largest fully steerable optical telescope in India | ARIES Nainital |
| Vainu Bappu Observatory | Kavalur, Tamil Nadu | 2.34-metre Vainu Bappu Telescope, main night time optical facility since the late 1960s | Indian Institute of Astrophysics |
| Kodaikanal Solar Observatory | Kodaikanal, Tamil Nadu, 2,343 metres height | Solar tunnel telescope and spectroheliographs, founded on 1 April 1899 | Indian Institute of Astrophysics |
| Udaipur Solar Observatory | Udaipur, Rajasthan | Solar chromosphere and magnetic field instruments | Physical Research Laboratory |
| Giant Metrewave Radio Telescope | Khodad near Pune, Maharashtra | 30 dishes of 45 metres each spread over 25 km, leading radio facility | National Centre for Radio Astrophysics |
| Ooty Radio Telescope | Ooty, Tamil Nadu | Cylindrical radio telescope, 530 metres long | National Centre for Radio Astrophysics |
The Hanle site deserves special attention because it sits in the same northern Himalayan region as Kashmir. IIA selected Hanle after long site surveys because the skies stay clear on many nights, water vapour is very low and city lights are almost absent. The Hanle Dark Sky Reserve now protects this darkness for future projects, including the planned 3.7-metre upgraded telescope and the proposed 13.7-metre National Large Optical Infrared Telescope. The IIT Kanpur campus observatory, which also uses a 14-inch Schmidt-Cassegrain with imaging and remote operation, shows how campus facilities like NSOAA can grow in parallel with these national assets.
Why a Campus Observatory in Kashmir Matters
A campus observatory changes how students learn physics. Instead of reading only about craters, rings or star clusters, students at NIT Srinagar can now point a telescope at the Moon, Saturn, a nebula or a galaxy and record the light themselves. They can compare images taken through different filters, measure brightness and track motion across nights. This shift from simulation to real data builds skills in handling instruments, software and measurement errors.
The location adds meaning. Kashmir has high mountains, relatively dark skies outside city centres and a large student population with limited access to modern astronomy tools. An active campus facility can serve as a regional hub for schools and colleges across Jammu and Kashmir through regular viewing nights, workshops and teacher training. Early contact with a telescope often shapes subject choices in Class 11 and 12, especially in physics, mathematics and computer science.
An observatory and a planetarium serve different needs, and the difference is worth noting. An observatory collects real light from the sky through a telescope for study. A planetarium projects simulated sky images inside a closed dome for teaching and shows. NSOAA is an observatory, so its strength is real observation, imaging and data work rather than shows.
The road ahead is clear from the statements made at the inauguration. Regular sky observation programmes, student projects in astrophotography and observational astronomy, special sessions for Valley schools and colleges, and a possible hands-on course form the next steps. If these activities run on a fixed calendar and the data is shared openly with partner institutions, the 14-inch telescope in Srinagar can inspire steady research interest far beyond a single inauguration event.
Key Takeaways
- The NIT Srinagar Observatory for Astronomy and Astrophysics (NSOAA) was inaugurated on 22 September 2026, making NIT Srinagar the first NIT with a campus observatory.
- NSOAA uses a 14-inch Celestron C14 EdgeHD aplanatic Schmidt-Cassegrain telescope with a computerised equatorial mount, cameras, LRGB filters and a 2.5x Barlow lens.
- The project was led by Prof. Prince Ahmad Ganai with scientific guidance from the Indian Institute of Astrophysics, Bengaluru, founded via the Madras Observatory of 1786 and Kodaikanal Observatory of 1899.
- NIT Srinagar was established in 1960 as Regional Engineering College Srinagar and is one of 31 NITs under the Ministry of Education.
- The 3.6-metre Devasthal Optical Telescope in Uttarakhand, commissioned in 2016, remains the largest fully steerable optical telescope in India.
- The Indian Astronomical Observatory at Hanle, Ladakh, at about 4,500 metres height, hosts the 2-metre Himalayan Chandra Telescope dedicated in 2001.
