
GATE 2026: Registration Begins On August 25; Check Eligibility, Exam Pattern
GATE is a national-level entrance exam conducted jointly by the Indian Institute of Science (IISc) and the IITs on behalf of the National Coordination Board (NCB), Department of Higher Education, Ministry of Education. The examination assesses the candidates for a comprehensive understanding of different undergraduate-level subjects in Engineering, Technology, Science, Architecture, Humanities.
GATE 2026 Exam Dates
The GATE 2026 exam will be held over four days:
February 7, 8, 14, and 15, 2026 (Saturdays and Sundays)
The result will be declared on March 19, 2026.
Who Can Apply?
Students in their third year or higher of undergraduate programmes, or those who have completed a government-approved degree in Engineering, Technology, Architecture, Science, Commerce, Arts, or Humanities are eligible to apply.
Applicants with qualifications from professional societies like IE, ICE, IETE, AeSI, IIChE, IIM, and IIIE must ensure that their certification is approved by MoE/AICTE/UGC/UPSC as equivalent to a BE/BTech/BArch/BPlanning degree.
Foreign degree holders or students in their third year or above of equivalent programs are also eligible.
Detailed Eligibility Criteria
Candidates pursuing or holding a higher degree than the ones listed are also eligible to appear for the exam.
GATE 2026 Papers and New Addition
GATE 2026 will be conducted in 30 subjects, with a new sectional paper on Energy Science (XE-I) introduced under Engineering Sciences.
Candidates can choose to appear in one or two papers, but only certain two-paper combinations are allowed. The full list of papers includes:
Engineering & Technology: CE, ME, EE, EC, CS, IN, etc.
Science & Humanities: PH, MA, ST, XH, XL, etc.
New Subject: XE-I (Energy Science)
Each paper is of 100 marks, which includes 15 marks for General Aptitude (GA) and 85 marks from the subject-specific section.
Exam Pattern And Paper Codes
Each paper is conducted in English and follows a standardised format. For sectional papers like XE, XH, and XL, candidates must attempt compulsory sections and select from optional ones.
For example:
XE (Engineering Sciences): Compulsory Math + any 2 optional sections (e.g., Fluid Mechanics, Thermodynamics)
XH (Humanities): Compulsory Reasoning + one optional (e.g., Economics, Psychology)
XL (Life Sciences): Compulsory Chemistry + 2 optional (e.g., Botany, Zoology)
Applicants must note their paper codes, which are essential during registration and at the time of the exam.
Application Guidelines
Candidates must submit only one application. If planning to appear for two papers, the second can be added within the same form. Multiple applications will be rejected, and no fee refund will be provided for rejected entries.
For complete details, paper-wise syllabus, eligibility requirements, and updates, candidates are advised to visit the official website: gate2026.iitg.ac.in.
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Hindustan Times
3 hours ago
- Hindustan Times
IIT Guwahati to establish Manekshaw centres for defence & national security research
Indian Institute of Technology, Guwahati, has decided to set up nodal centres for defence and national security research across the country. The centres, under the aegis of the Ministry of Education, will act as a single-window communication to bridge the gap between the Armed Forces, Security Agencies, and Academic, Research Institutions. IIT G to establish Manekshaw centres for defence & national security research The 'Manekshaw Centre' is working towards next-gen education, innovation, productisation, manufacturing and research-based consulting/operations. The initiative, headed by Devendra Jalihal, Director, IIT Guwahati, comprises other delegations, including Manindra Agrawal, Director, IIT Kanpur, and Dy. Chief Patron, Manekshaw Center of Excellence, and Lt Gen Dr. Subrata Saha (Retd.), Executive Chairman and Chief Operating Officer of the Manekshaw Center of Excellence. According to a press statement issued by the Institute, Lt. Gen. Dr. Subrata Saha (retd.) and Prof. Sukumar Nandi, Dean of Administration, IIT Guwahati, conceived the idea of setting up this nodal centre for collaboration among IITs. This visionary initiative will unite IITs, IISc, IIITs, and NITs on a collaborative academic and research platform focused on defence technology and national security. Speaking about the initiative, Prof. Devendra Jalihal, Director, IIT Guwahati, said, 'Manekshaw Center will act as an interface between Indian Academia and defence forces. IITs, IISc, IIITs and NITs will be the members of the centre. The centre will periodically carry out dialogs with defense agencies and will participate actively to define and design systems for Indian security needs. It will work towards finding Indian solutions thus fulfilling the aspiration of Atmanirbhar Bharat.' The meeting was also attended by Shri Vineet Joshi, Secretary, and Smt. Saumya Gupta, Joint Secretary, Ministry of Education, Govt. of India. GATE 2026 website launched, registration from August 25, exam in February, IIT Guwahati is organising institute Meanwhile, the Institute has also launched the GATE 2026 website. The application process for GATE 2026 will begin on August 25 and candidates can apply without late fee up to September 25.


Indian Express
4 hours ago
- Indian Express
How to reduce risks from glacial lake bursts and carry out effective rescue operations
The breaking of a glacial lake accompanied by heavy rain is suspected by some experts to have caused the flash flood in Dharali village in Uttarkashi in Uttarakhand on Tuesday (August 5). Glaciologist Anil V Kulkarni, a distinguished scientist at Divecha Centre for Climate Change at the Indian Institute of Science, Bengaluru, has told The Indian Express that satellite images from September 2022, a non-winter month, showed evidence for past lake formations in the area from where the Kheer Ganga river, which caused the flood, originates. If another lake had indeed formed recently, it could have been breached due to movements in glacier mass, Dr Kulkarni said. Officials at the National Disaster Management Authority (NDMA) said they were looking at the possible detachment of a glacial snout (the 'nose' of a glacier where it breaks) that could have carried massive quantities of debris downstream. More than 60 people are still reported to be missing as rescue operations entered the fourth day on Friday. In October 2020, the NDMA, which is headed by Prime Minister Narendra Modi, had issued detailed guidelines on ways to deal with disasters caused by what is technically referred to as a Glacial Lake Outburst Flood (GLOF). What are GLOFs, and how vulnerable are the Himalayas to these phenomena? According to the NDMA, the retreat of glaciers as a result of climate change that is occurring in most parts of the Hindu Kush Himalayas has given rise to numerous new glacial lakes, breaches in which can cause Glacial Lake Outburst Floods (GLOFs). A GLOF occurs when a large mass of water dammed by a glacier or a moraine is released suddenly. When glaciers melt, the water in these glacial lakes accumulates behind loose naturally-formed 'glacial/ moraine dams' made of ice, sand, pebbles, and ice residue. Unlike earthen dams, the weak structure of the moraine dam leads to its abrupt failure, which can release millions of cubic metres of water in a short time, causing catastrophic flooding downstream. Peak flows as high as 15,000 cubic metres per second have been recorded during such events. Since glaciers in the Himalayas are in a retreating phase, glacial lakes are growing, and pose a potentially large risk to downstream infrastructure and life. The National Remote Sensing Centre (NRSC) had completed a project during 2011-15 on 'Inventory and Monitoring of Glacial Lakes/ Water Bodies in the Himalayan Region of Indian River Basins', sponsored by the Climate Change Directorate of the Central Water Commission (CWC). It was observed at the time that there were 352, 283, and 1,393 glacial lakes and water bodies in the river basins of the Indus, Ganga, and Brahmaputra respectively. How can the risks from GLOFs be reduced? The NDMA guidelines say that risk reduction has to begin with identifying and mapping such lakes, taking structural measures to prevent their sudden breaches, and establishing mechanisms to save lives and property in times of a breach. According to the NDMA, potentially dangerous lakes can be identified on the basis of the condition of lakes, dams, associated mother glaciers, and topographic features around the lakes and glaciers. The identification of these lakes are based on field observations, processes and records of past events, geomorphological and geotechnical characteristics of the lake/ dam and its surroundings, and other physical conditions. NDMA has recommended the use of Synthetic Aperture Radar (SAR) imagery to detect changes in water bodies, including the formation of new lakes, during the monsoon months. It has said that methods and protocols could be developed to allow all-year remote monitoring of lake bodies from space as a complement and a precursor to ground-based early warning systems at critical lakes. Structurally, the management of the situation requires a reduction in the volume of the water in the lake. This can be done through controlled breaching, the construction of an outlet-control structure, pumping or siphoning out the water from the lake, and making a tunnel through the moraine barrier or under an ice dam. One such landslide that occurred along the Phuktal river, a tributary of the Zanskar river, on December 31, 2014 about 90 km from Padum in Kargil district of Ladakh, led to the blockage of the river and eventually a potential flood situation on May 7, 2015. The NDMA created an Expert Task Force drawn from various organisations, which, along with the Indian Army, used controlled blasting and manual excavation to clear the landslide debris and channel the water from the dammed river. How well is India prepared to handle situations such as these? According to NDMA, while the Central Water Commission (CWC) has done some work on the identification of such lakes, work on building a robust early warning system (EWS) and a broad framework for infrastructure development, construction, and excavation in vulnerable zones is still continuing. 'In contrast to other countries, there are no uniform codes for excavation, construction, and grading codes in India. Restricting constructions and development in GLOF/ LLOF prone areas is a very efficient means to reduce risks at no cost,' the NDMA guidelines said. According to the NDMA, no construction of habitation should be allowed in the high-hazard zone. 'Existing buildings are to be relocated to a safer nearby region and all the resources for the relocation have to be managed by Central/ State governments. New infrastructure in the medium hazard zone have to be accompanied by specific protection measures,' it said. NDMA has also emphasized that land use planning which avoids the hazards and minimizes the risks is the most effective and economical way to reduce losses caused due to landslides. 'There are no widely accepted procedures or regulation in India for land use planning in the GLOF/ LLOF prone areas. Such regulations need to be developed concerning the increased risk of future GLOF/LLOF events. …There should be monitoring systems prior to, during, and after construction of infrastructure and settlements in the downstream area,' it has said. What is the status of India's Early Warning Systems (EWS) for such situations? One of the most promising options for efficient and effective disaster risk management is the implementation of EWS. The number of implemented and operational GLOF EWS is still very small, even at the global scale. In the Himalayan region, only three cases – two in Nepal and one in China – have been reported where sensor- and monitoring-based technical systems for GLOF early warning have been implemented. However, India does have a remarkable history of successful warnings in relation to Landslide Lake Outburst Floods (LLOFs) dating back to the 19th century. In 1894, after a landslide in Gohna in today's Uttarakhand dammed the main river, the engineer in charge estimated on July 5 of that year that the lake would overflow the dam in mid-August – which eventually happened. Despite the devastating impact of the flood, including washing away of most of the buildings along the river and severe destruction in the town of Srinagar (Uttarakhand), no deaths were reported, thanks to the precise prediction of the event and related efficient dissemination of the early warning to the population. This was made possible by the installation of a telephone line between the lake and downstream towns such as Chamoli, Srinagar, etc. What are the guidelines for rescue operations in case of a disaster? * Apart from calling in specialised forces such as the National Disaster Response Force (NDRF), Indo-Tibetan Border Police (ITBP) and the Indian Army, the NDMA has emphasised on the need to have trained local manpower. 'Experience has shown that over 80 per cent of search and rescue is carried out by the local community before the intervention of the state machinery and specialised search and rescue teams. Thus, trained and equipped teams consisting of local people must be set up in GLOF and LLOF prone areas,' the NDMA has said. These local teams, it has said, will assist in planning and setting up emergency shelters, distributing relief packages, identifying missing people, and addressing the needs for food, health care, water supply and sanitation, education, etc. They will also be useful in identifying the most vulnerable people who may need special assistance following the disaster. * The NDMA has also called for comprehensive alarm systems. 'Since GLOFs are very fast processes, an evacuation must be executed within a very short time, [which] requires an alarm infrastructure, clear protocols for all involved actors, and capacitation of the involved population and authorities. Besides classical infrastructure [such as] acoustic alarms by sirens, modern communication technology using cell phones can [be used],' the NDMA has said. * Specialized heavy earthmoving and search and rescue equipment should be made available to help clear debris and carry out search and rescue operations. It has also asked for motor launches, country boats, inflatable rubber boats, life jackets, lifebuoys, and similar equipment. Acknowledging that earthmovers cannot at times reach the disaster spot due to inaccessibility or roads being washed away, the NDMA has asked for 'innovative methods using locally available natural resources' to be used. 'It is important to innovate and design lighter machinery, which are more suitable to be carried in the mountains in a disassembled form,' it has said, adding that the disassembled parts can be carried in a helicopter and assembled at the spot. * It has asked authorities to build temporary shelters for the local people in raised locations to ensure resilience to landslides and floods. * Emergency medical response should be provided by Quick Reaction Medical Teams (QRMTs), mobile field hospitals, Accident Relief Medical Vans (ARMVs), and heli-ambulances in areas that cannot be accessed by roads. 'They will be activated to reach the affected areas immediately, along with dressing material, splints, portable X-ray machines, mobile operation theatres, resuscitation equipment and life-saving drugs, etc,' it has said. * It has also suggested the psychological counselling of victims, apart from the dissemination of accurate information following the disaster through press conferences and the use of mass media.


Indian Express
10 hours ago
- Indian Express
In a Haryana village, recent discoveries hint at a 3,500-year-old past
Remains of painted grey ware, stamped pottery, moulded bricks and a dome-like construction assumed to be a Buddhist stupa — these discoveries, recovered during an exploration of a Mauryan-era village in Yamunanagar district, suggest that human habitation in the region may date back nearly 3,500 years. Officials of the Haryana Archaeology and Museums Department said the findings are based on analyses of two reports – the department's on-site exploration report and a Ground Penetrating Radar (GPR) survey carried out by the Indian Institute of Technology (IIT) Kanpur at Topra Kalan village in Yamunanagar district in January. IIT-Kanpur submitted its findings to the state department in July, said Professor Javed Malik of IIT-Kanpur's Department of Earth Sciences, who had led the GPR survey. The GPR survey, which aimed to map the site's subsurface features, had revealed the presence of ancient structures and other architectural elements, besides offering insights into the site's historical and archaeological significance. According to Haryana officials, the survey had revealed buried architectural structures such as walls, platforms and room-like enclosures arranged in multiple orientations. These structures, they said, reach depths of 4-5 metres, indicating a well-organised ancient settlement. The survey also points to a possible dome-like structure, which could be a stupa, and shallow wall formations that are between 0.2 and 0.8 metres deep. Banani Bhattacharyya, Deputy Director, Haryana Archaeology and Museums Department, tells The Indian Express, 'On the basis of these discoveries during our exploration, we estimate the site dates back to around 1,500 BCE. These findings are highly significant for Haryana in the context of Buddhist sites.' Topra Kalan village is considered the original location of the Delhi-Topra Ashokan pillar, inscribed with the Mauryan Emperor's moral edicts. The pillar was moved to the national Capital in the 14th century by Firoz Shah Tughlaq. The Haryana archaeology department has been conducting site exploration around Topra Kalan, located around 14 km from Yamunanagar and 90 km from Chandigarh, for nearly two years now. Officials said this exploration was part of an exercise to identify ancient sites and monuments across the state's villages, and to ensure their preservation. Archaeologist Bhattacharyya says, 'We have not dug up the site since it lies under a village (Topra Kalan). In 2024, we started exploring some nearby areas, including mounds and low-lying places, and found ancient pottery and other cultural materials.' According to officials, state archaeologists have so far recovered remains of painted grey ware, black-and-red ware, black-on-red ware, black ware, stamped pottery, moulded bricks, beads and other objects. According to Bhattacharyya, historical references, including those from Sir Alexander Cunningham, the first Director-General of the Archaeological Survey of India (ASI), and Hiuen Tsang, a prominent Buddhist scholar, suggest that Topra Kalan may have been a major centre of Buddhist activity back in the day. Bhattacharyya notes, 'The survey findings underscore the archaeological importance of Topra Kalan, highlighting the potential for further exploration and excavation. The results also reinforce the historical accounts linking this site with Buddhist activity and long-standing habitation.' On the possibility of an excavation at the site, a senior official added, 'An excavation at this site will pose significant challenges due to the dense population in the area. Relocating the residents will be a complex and sensitive undertaking.' Bhattacharyya said the locals had told the state team that they had discovered remanants of painted grey ware, red ware and other objects while laying the foundation of their houses. While some of these items were shared with the state officials, the residents expressed their apprehension over being asked to vacate the area for an excavation. Based on the latest findings, Sidhartha Gauri, co-convener of the Yamunanagar chapter of the Indian National Trust for Art and Cultural Heritage (INTACH), an NGO that aims to protect India's cultural heritage, has proposed the reconstruction of four ancient stupas at the Ashoka Edict Park in Topra Kalan. In January, a 30-foot Ashoka Chakra replica was installed at the 27-acre Ashoka Edicts Park in the village by the state tourism department. The replica was officially recognised as the largest in India by the Limca Book of Records in 2020. 'The latest findings position Topra Kalan not only as a site of archaeological and religious importance, but also as a potential centerpiece in India's emerging Buddhist heritage tourism initiatives,' adds Gauri. Sukhbir Siwach's extensive and in-depth coverage of farmer agitation against three farm laws during 2020-21 drew widespread attention. ... Read More