ISRO Recruitment 2026 : A big update has come out for the youth who dream of working in the Indian Space Research Organization (ISRO). ISRO’s Telemetry, Tracking and Command Network (ISTRAC) has started the application process for recruitment to many posts. Under this recruitment, eligible candidates will be selected for the posts of technical, scientific and other support staff. The online application process has started from 27th June 2026 and candidates can apply till 20th July 2026. Applications will be accepted through online mode only. Selected candidates will be appointed as per the need at different ISRO centers across the country.

On which posts will there be recruitment?

Under this recruitment of ISRO ISTRAC, appointments will be made on many different posts. These include Technical Assistant, Scientific Assistant, Library Assistant-A, Technician-B, Draftsman-B and Cook-A. Selected candidates can be posted at different ISRO centers across the country as per the need of the organization.

last date of application

Online applications for this recruitment have started from 10 am on June 27, 2026. Candidates can apply till 20th July 2026 at 11:55 pm. Applications will be accepted through online mode only.

How much is the application fee?

The application fee has also been fixed separately for different posts. A total fee of Rs 750 will have to be paid for the posts of Technical Assistant and Scientific Assistant. This includes both application fee and processing fee. The total application fee for Technician-B, Draftsman-B and Cook-A posts has been fixed at Rs 500. ISRO has said that the processing fees will be refunded to the candidates appearing in the examination as per rules.

Who can apply?

For this recruitment, the age of the candidate should be between 18 to 35 years as on 20th July 2026. Reserved category candidates will get age relaxation as per government rules. Educational qualification has been determined differently according to the post. This includes qualifications like ITI, Diploma Engineering, B.Sc, Degree or Masters in Library Science and relevant experience for the post of Cook.

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How will the selection be done?

Candidates will be selected in several stages. In which first written examination or computer based examination (CBT) will be conducted. After this, skill test will be conducted on the posts where required. In the last stage, the final merit list will be released after document verification and medical test.

Apply online like this

1.Candidates first go to the official website of ISRO.

2. After this, go to the Careers section and open the ISTRAC Recruitment 2026 link.

3.Now register yourself and log in and fill the application form.

4. After this upload the required documents, pay the application fee and submit the form.

5. After completion of the application, keep the print or PDF of the application form and registration number safely.

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There is a place in space at an altitude of about 400 kilometers, where humans have been living continuously for the last 25 years. This is the International Space Station (ISS). This station, weighing about 450 tonnes, is as big as a football field. It started in 1998 and astronauts have been living here continuously since 2000, but now its age is coming to an end. It will be retired in 2030. NASA has prepared a plan of 1 billion dollars (about Rs 9500 crore) for this and there is a plan to bring it back to Earth and drop it in the Pacific Ocean between 2028 and 2030. After all, why is this space house being destroyed, what will happen in space after this and what effect will it have on India and the world?

What is International Space Station?

ISS is a joint project of the world’s five largest space agencies. This includes NASA (America), Roscosmos (Russia), JAXA (Japan), ESA (Europe) and CSA (Canada). Its first part was sent into space in 1998 and astronauts have been living here continuously since 2000.

It is a space lab the size of a football field, weighing approximately 450,000 kg, which orbits at an altitude of about 400 kilometers. Every part of the station is interconnected and it cannot function without the help of any one partner. This is not only a scientist’s laboratory, but it also shows how different countries can work together to accomplish difficult tasks like space.

Why is it being abolished?

In fact, ISS has now completed its prescribed age. Its tenure has been extended several times, but now its condition is worsening. There are three major reasons due to which the decision to recall the ISS has been taken:

1. Aging and cracks of the station: For the last few years, there have been continuous technical glitches in the ISS. The biggest problem is the continuous air leakage in the ‘Zvezda’ module of the Russian section. On June 5, 2026, the situation became so serious that NASA had to order its astronauts to be ready for evacuation. These cracks and leaks have been a persistent problem in parts of Russia for more than five years, which NASA’s Inspector General has termed as ‘the biggest security risk’. Although efforts are underway to seal the cracks, the situation is on the verge of getting out of control.

2. Very expensive to run ISS: Billions of dollars are spent every year to keep the ISS safe and operational. Instead of investing so much money on this aging station, NASA now wants to invest it in Moon and Mars missions. Under the Artemis program, NASA wants to send humans to the Moon again and after that there are preparations to go to Mars also.

3. Inflow of Commercial Space Station: NASA wants private companies to take over the work of research and habitation in low Earth orbit. For this, NASA is building new space stations in collaboration with many private companies. Therefore, retiring the government station i.e. ISS is a more sensible step.

How will the ISS be dismantled and what will be the entire process?

ISS will not be dismantled overnight. This will happen under a long and very precise plan:

• Phase 1 – Astronaut evacuation (2028-2029): The operation of ISS will be stopped gradually. Around 2028, the last crew (astronauts) will be safely brought back to Earth from the ISS and no new crew will be sent after that.
• Second phase- lowering the orbit to enter the Earth’s atmosphere: By the time the ISS is in its last phase, its orbit will be gradually brought down. To do this, a new spacecraft named American Deorbit Vehicle (USDV) will be built. NASA has given the contract to build this vehicle to SpaceX for 843 million dollars (about Rs 7000 crore). This vehicle will be a larger and more powerful version of the Dragon capsule, which will dock with the ISS and slowly pull it down from its orbit.
• Third Stage – Final Dive and Fall into the Sea: At the right time, this USDV will push the ISS into the Earth’s atmosphere with the final thrust. When the ISS reaches an altitude of about 280 kilometers, it will be the point from where return is not possible. As soon as it collides with the atmosphere, tremendous heat will be generated, due to which most of the station will burn up. Still, some larger pieces will not burn and will have to fall to Earth. These pieces will be dropped at a particular place. This place is a deserted area in the Pacific Ocean, which is also called ‘Spacecraft Cemetery’. There is no population here, so there will be no loss.

What will happen after the ISS ends?

The demise of the ISS is not the end of any story, but the beginning of a new era. What are different countries going to do after this?

1. Commercial Space Station

NASA will no longer build government stations for research in lower Earth orbit. Instead, he is helping several different private companies build the stations. Then NASA will rent space from these companies. There are four major contenders:

• Axiom Space: This company is at the forefront. It plans to launch the first two parts of its station by 2028. First these parts will remain connected with the ISS and later they will separate and form their own separate station.
• Blue Origin: It is building a versatile station named ‘Orbital Reef’. This will be a platform where work ranging from research to manufacturing and even tourism can be done.
• Voyager Space: This station is also being built under the name ‘Starlab’. Its specialty is that it will be launched completely at once and not in parts.
• Vast: This company is building a small and economical station named ‘Haven-1’, which is planned to be launched from SpaceX’s Falcon 9 rocket.

NASA has kept a budget of approximately 2.1 billion dollars (about Rs 17,600 crore) for all this.

2. China’s Tiangong Space Station

After the departure of the ISS by 2030, China’s ‘Tiangong’ (which means ‘heavenly palace’) will be left as the only major space station in space. At present it has three modules, but China is going to increase it to six modules soon. With this its weight will be around 180 tonnes. China has planned to operate it for 15 years. In 2026 itself, China has sent two of its astronauts to this station, one of which will stay there for a year.

3.India’s Indian Space Station (BAS)

India is also not behind in this race. ISRO is preparing to build its own space station, named ‘Indian Space Station (BAS)’. In September 2024 itself, the Cabinet had approved the launch of its first module (BAS-01) by 2028. However, the entire station will consist of five modules and is expected to be completed by 2035. Once built, India will join the list of select countries that have built their own space station. ISRO is also trying to join hands with Russia for this project.

The International Space Station is scheduled to end in 2030. This is the end of an era, which proved that humans can live in space for years and can make great scientific discoveries there. But with the retirement of the ISS, a ‘new era’ is beginning where private companies will have commercial stations. Countries like India and China have now jumped into this race.

The country’s space agency ISRO has announced the launch of Young Scientists Program for class 9 students. The aim of this initiative is to increase interest in science and space among children at an early age. Through this program, the selected students will get an opportunity to see and understand the world of space research closely. YUVIKA is a special educational program, which has been specially designed for school students. Its objective is to take children out of books and connect them with the real scientific environment. During this, the students will visit various centers of ISRO, see the modern laboratories there and will be able to interact directly with the scientists. This will help them understand how space missions are prepared and how space technology works.

Who can apply?

Only those students who are studying in 9th class till January 1, 2026 can apply for this program. The applicant should be from any recognized school.

How will the selection process happen?

Students will be selected on several grounds. 50 percent weightage will be given to 8th class marks. Apart from this, 10 percent marks are fixed for online quiz. Extra marks will be given by participating in activities like science exhibition, Olympiad, sports, NCC or NSS. Students of schools in Panchayat area will be given 15 percent additional benefit. Also, representation of students from every state and union territory will be ensured.

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What facilities will be available?

Selected students will get an opportunity to visit ISRO centres. They will be able to interact directly with scientists and see the work going on in the laboratories. They will be given practical information about space science. The most important thing is that the entire arrangement for accommodation, food and travel will be made by ISRO, due to which there will be no financial burden on the students.

How to apply?

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The beginning of January 2026 has been very bad for India’s space mission and the reason for this is that ISRO’s 64th space mission has failed in the third stage. Due to this, Anvesha satellite made by Defense Research and Development Organization (DRDO) along with 15 other satellites have also been lost in space, which is being considered a big blow for India.

The most reliable rocket of Indian Space Research Organization i.e. ISRO is PSLV, its full name is Polar Satellite Launch Vehicle. The world also recognizes the efficiency of PSLV because its success average is more than 95 percent. Through this, 63 missions of ISRO have been completely successful. Be it Chandrayaan-1 or Mangalyaan, Aditya-L1 or Astrosat, PSLV has successfully completed its missions. Apart from this, in the year 2017, PSLV had also created a world record by launching 104 satellites simultaneously.

A total of 16 satellites were to be launched from PSLV-C62.

In view of this success, PSLV-C62 was launched on Monday (January 12, 2026) from the space center in Sriharikota, Andhra Pradesh. There were a total of 16 satellites with it. One of these satellites was EOS-N1 built by DRDO, which was called Anvesha in common language. Satellite was an important weapon for the Indian Army, through which Pakistan and China could be monitored and intelligence information could be gathered.

This satellite could monitor the enemy country even from a height of 600 km from the earth, could capture photographs and could create new routes for the Indian Army. There were also 14 satellites with this PSLV, which were to be installed in Sun-Synchronous Orbit i.e. SSO at an altitude of 512 km from the earth.

At which stage did India’s space mission fail?

This entire mission was of 6485.14 seconds, in which there were a total of four stages. PSLV continued to work properly for two stages, but in the third stage there was a malfunction around 494 seconds and PSLV got lost in space. Along with this, its satellites also got lost in space.

Elaborating on this incident, ISRO Chairman Dr. V. Narayanan said that there was a disturbance in the third stage of the rocket launching, due to which it lost its way.

India suffered a loss of Rs 800 crore due to mission failure

It is believed that due to this failure, India has suffered a loss of about Rs 800 crore. However, this is not the first time that ISRO has suffered such a big setback. Even before this, the same thing had happened with ISRO’s PSLV-C61 mission on May 18, 2025. Even then, an important satellite earth observation of India was going in that mission, which was to be established in sun-synchronous polar orbit 524 km above the earth. Even then it was going smoothly for two stages and due to losing its way in the third stage, it too was lost in space.

Repeated failure of PSLV may affect ISRO

ISRO has suffered a major setback due to failure of two consecutive missions of PSLV and now ISRO is investigating it again, but this failure has raised questions on ISRO. Because this time the Anvesha satellite which was with PSLV was a very important satellite for the Indian Army. Now even that satellite is no more. In such a situation, ISRO used to take satellites of countries around the world into space through PSLV, now other countries will think twice before handing over their satellites to ISRO. Apart from this, ISRO also has missions like Gaganyaan and Chandrayaan this year, which may suffer a setback due to this failure of ISRO.

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The Indian Space Research Organization (ISRO) is going to execute an important international commercial mission on Wednesday (December 24, 2025). The American company’s next generation communication satellite ‘Bluebird Block-2’ will be sent into space from the launch pad in Sriharikota, Andhra Pradesh. The launch is scheduled for Wednesday (December 24) at 8:54 am. Under this mission, ISRO will place the satellite in Low Earth Orbit (LEO) through its heavy rocket LVM3.

The American company’s satellite ‘Bluebird Block-2’ has been specifically designed to provide 4G/5G high-speed cellular broadband directly to smartphones around the world. This mission is part of a commercial agreement with US-based AST Spacemobile (AST & Science, LLC). The company is developing the first and only space-based cellular broadband network that will work directly on smartphones without any special equipment and is designed for both commercial and government uses.

Successful launch of satellite will benefit 6 billion mobile users

According to AST Spacemobile, after the successful launch of this satellite, about 6 billion mobile users around the world will be able to benefit from better connectivity. The company has already launched five satellites from Bluebird-1 to Bluebird-5 in September 2024, which have made continuous internet coverage possible in America and some other countries.

The company is planning to launch many more such satellites in the future to further strengthen its network and for this has partnered with more than 50 mobile operators around the world. According to ISRO, this is a dedicated commercial launch, which is being done under the agreement between New Space India Limited (NSIL) and AST Spacemobile. New Space India Limited is the commercial arm of ISRO based in Bengaluru.

Mission reflects the height of India’s space technology on the international stage

The Bluebird Block-2 mission is part of a constellation of satellites to be deployed in Low Earth Orbit (LEO), which aims to provide direct mobile connectivity through satellite. This mission not only reflects the global commercial capabilities of ISRO, but also gives new heights to India’s space technology on the international stage.

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A question often comes in the minds of youth who dream of making a career in space science. How much salary does a research scientist working in NASA get and is it more than ISRO? India’s ISRO and America’s NASA, both are well-known space agencies in the world. Let us know some special things related to these…

NASA i.e. National Aeronautics and Space Administration is America’s government space agency. Research scientists, engineers, astronauts and technical experts work here. The job of a research scientist in NASA is to plan new missions, conduct space-related experiments and develop new technology.

Salary of research scientist in NASA

The salary of a research scientist in NASA is decided on the government salary structure of America. There salary is given in dollars. Generally, a research scientist can get an annual salary of around $70,000 to $1,50,000.

If we convert it into Indian Rupees, then this amount comes to around Rs 58 lakh to Rs 1.25 crore annually. With increasing experience and reaching a senior position, the salary can become even higher. Apart from this, many facilities are also available in NASA, like health insurance, research fund, paid leave and retirement benefits.

How much salary do you get in ISRO?

Now let’s talk about India’s ISRO. Recruitment of new scientists in ISRO is usually done on the post of Scientist/Engineer ‘SC’. The basic salary of this post is around Rs 56,100 per month. When dearness allowance, house allowance and other government allowances are added to it, the total salary reaches approximately Rs 80,000 to Rs 1 lakh per month. That means the annual earning is around Rs 9 to 12 lakh. With increasing experience, one gets promotion in ISRO and salary also increases.

Why is there so much difference between the salaries of NASA and ISRO?

The biggest reason is the difference in economic condition and currency of the countries. America’s economy is much bigger than India and the salary level there is also higher. Since the value of the dollar is much higher than the Indian rupee, NASA’s salary sounds huge.

The second reason is cost of living. In America, the cost of housing, food, health and education is very high. Whereas in India the salary of ISRO may be less, but the cost of living here is also less.

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Indian Space Research Organization (ISRO)’s communication satellite CMS-03 (GSAT-7R), weighing more than 4,000 kg, was successfully launched and installed in space on Sunday (November 2, 2025). This CMS-03 satellite is the most advanced communication satellite of the Indian Navy so far, which has been launched from the Satish Dhanav Space Center in Sriharikota, Andhra Pradesh.

ISRO said that this satellite weighing 4,410 kg is the heaviest satellite to be launched from Indian soil in Geosynchronous Transfer Orbit (GTO). This satellite was launched through the LVM3-M5 rocket, which has been named ‘Baahubali’ for its heavy lifting capacity.

ISRO had posted the information

ISRO said in a post shared on social media platform X on Sunday (November 2, 2025), ‘Launch day of LVM3-M5. India’s heavy-lift spacecraft will be launched today on Sunday (November 2) at 5:26 pm on CMS-03. At the same time, an ISRO official had told PTI during the day on Sunday (November 2), ‘The 24-hour countdown started at 5:26 pm on Saturday and is continuing smoothly.’

He said LVM-03 is ISRO’s new heavy lift launch vehicle and will be used to place 4,000 kg spacecraft in GTO in a cost-effective manner.

Kudos Team #ISRO,

India’s #Bahubali scales the skies, with the successful launch of #LVM3M5 Mission!

“Bahubali” as it is being popularly referred, LVM3-M5 rocket is carrying the CMS-03 communication satellite, the heaviest ever to be launched from the Indian soil into a… pic.twitter.com/ccyIPUxpIX

— Dr Jitendra Singh (@DrJitendraSingh) November 2, 2025

The satellite has been completely designed in India

This satellite of the Indian Navy has been completely designed in India. Construction has also been done. This satellite will establish fast and secure communication between naval ships, aircraft, submarines and maritime operations centres. Along with this, the Indian Navy will also keep an eye on every action of the enemy in the maritime area.

This three-stage launch vehicle consisting of two solid motor ‘strap-ons’ (S200), a liquid propellant core stage (L110) and a cryogenic stage (C25) provides ISRO complete self-sufficiency in launching heavy communication satellites weighing up to 4,000 kg to GTO. LVM-03 is also called Geosynchronous Satellite Launch Vehicle (GSLV) MK3 by ISRO scientists. ISRO said that LVM3-M5 is the fifth expeditionary flight.

(Report with inputs from PTI)

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India has prepared to take its maritime security and communication capability to new heights. Indian Space Research Organization (ISRO) is going to send its heaviest communication satellite ever, CMS-03, into space on Sunday. This satellite will play a big role in strengthening the communication network in the Indian Navy and wide maritime areas.

Heaviest satellite to be launched from India
ISRO said that CMS-03, weighing about 4,410 kg, will be the heaviest satellite ever sent from Indian soil to Geosynchronous Transfer Orbit (GTO). This satellite falls in the heavier category of 4,000 kg and will be helpful in upgrading the country’s military-communication system.

‘Bahubali’ will be launched with rocket LVM3-M5
CMS-03 will be launched through ISRO’s most powerful rocket LVM3-M5. Due to its ability to lift heavy loads, this 43.5 meter long rocket is famous by the name of ‘Baahubali’. Integration of the rocket and satellite has been completed and it has been transferred to the second launch pad for pre-launch procedures.

Satellite will fly on Sunday evening
ISRO confirmed that this mission will launch at 5.26 pm on Sunday evening. LVM3 is a three-stage launch vehicle, consisting of two solid motor strap-ons (S200), a liquid propellant core stage (L110), a cryogenic stage (C25). This structure gives ISRO complete technical independence to place its heavy communication satellites in GTO.

GSLV MK-III also known as LVM3
LVM3 is also scientifically called GSLV MK-III. The mission version LVM3-M5 is the fifth expeditionary flight of this rocket. It is used to place 4,000 kg class satellites in space in a cost-effective manner.

Earlier GSAT-11 was the heaviest Indian satellite
ISRO had earlier launched its heaviest communication satellite GSAT-11 (weighing 5,854 kg) in December 2018. It was launched from the European rocket Ariane-5 from the Kourou center in French Guiana. Although GSAT-11 is ISRO’s heaviest satellite built, CMS-03 is the heaviest satellite ever launched from India.

Will strengthen maritime and military communications
CMS-03 is a multi-band communications satellite, aimed at providing secure and robust communications services over the Indian landmass as well as over the wider maritime domain. This satellite will prove important for naval operations and maritime surveillance.

Successful launch of Chandrayaan-3 was also done with this rocket.
LVM3 is the same rocket that sent Chandrayaan-3 into space in 2023. Through this, India became the first country in the world to successfully land near the south pole of the Moon. LLVM3 is capable of carrying heavy payloads with the help of its powerful cryogenic stage. This rocket can deliver a satellite weighing approximately 4,000 kg to Geosynchronous Transfer Orbit (GTO), while it has the capability to place a payload of up to 8,000 kg in Low Earth Orbit (LEO).

New satellite CMS-03 for Indian Navy
A new satellite CMS-03, designed to strengthen the maritime defense communications of the Indian Navy, will be launched soon. This satellite will play an important role in making the communication network in the maritime sector modern and more efficient.

CMS-03 will replace Rukmini (GSAT-7)
The CMS-03 satellite will replace the Navy’s existing satellite GSAT-7 (Rukmini), which has been continuously serving the communication needs of the Indian Navy since 2013. During ‘Operation Sindoor’, the Rukmini satellite and deployed naval assets played a vital role in keeping the Pakistan Navy under control through network-centric operations.

ISRO Recruitment 2025: For those who want to make a career in space and science, what could be better than getting a job in ISRO. In such a situation, Indian Space Research Organization (ISRO) has brought a great opportunity for these candidates. ISRO has announced recruitment for many posts including Scientist, Engineer and Technical Assistant.

Interested candidates can visit ISRO’s official website isro.gov.in to apply for it. Application forms have been released and the last date to fill them is November 14, 2025. In such a situation, let us know what is the eligibility criteria of this job and how to apply for it.

How many posts are vacant?

Satish Dhawan Space Center (SDSC) SHAR, Sriharikota, under ISRO, has issued recruitment notification for 151 seats. In this, candidates will be selected for technical and helper posts. In this, vacancies have been announced for many posts including Scientist, Engineer, Library Assistant, Technician, Cook, Fireman, Radiographer and Nurse. For this, all the candidates with education qualification of 10th pass, Nursing and Engineering Diploma holder, B.Tech, BSc, SSLC, BE, ITI can apply.

Eligibility and Selection Process

Before applying for these vacancies in ISRO, it is very important to know its eligibility criteria. The minimum age limit to apply for this is 18 years and the maximum age limit is 35 years. Apart from this, age relaxation of 5 years has been given for reserved category (SC/ST) and 3 years for OBC category. In this, candidates will have to clear a written exam and skill test. Then there will be document verification and medical examination of the candidates. After this, joining of the final selected candidates will be done. In this, basic pay will be given as per the post, in which monthly salary ranging from Rs 19,900 to Rs 1,77,500 will be given.

Online Application Process

1. First of all, candidates have to go to the official website of ISRO, isro.gov.in.
2. Now go to the homepage and click on the link ISRO Recruitment 2025 Apply Online.
3. Then after registering here, your registration number and password will come on the candidate mobile number.
4. After this, you have to fill the online application form and upload the necessary documents in it.
5. Finally, after paying the fees, a copy of the application form has to be downloaded.

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India is now going to take a big decision regarding the safety of its satellites in space. The Indian Space Research Center (ISRO) plans to deploy ‘bodyguards satellites’ to protect Indian satellites in space. Just as the Indian Air Defense System S-400 protected from the missiles fired by Pakistan during Operation Sindoor, similarly these satellites will destroy Indian satellites every nefarious plan of enemy countries.

Bloomberg quoted sources as saying that the idea on it started when in 2024, the neighboring satellite came to a close to a satellite of ISRO. The distance between the two satellites was just one kilometer. In space, this satellite was in orbit of 500 to 600 km and was doing work related to military activities such as mapping and ground monitoring. However, somehow collision was averted.
How much budget did India keep?

This initiative of India regarding space is part of the government’s comprehensive security scheme. According to sources, under this, a fleet of 50 monitoring satellites will be prepared at a cost of about 2.7 lakh crore rupees. India’s preparation can be gauged from the fact that the first of these satellites can be launched only by next year. Apart from this, the Government of India is also planning to work on new technologies with other startups.

China and Pakistan will fail

Experts believe that as satellites are becoming important on both military and citizens, this step of India will take not only national security but also strategic strength to new heights. In the last 70 years, there have been four wars between India and Pakistan. In the battlefield, Pakistan has had to face again and again, in such a situation, Pakistan can harm Indian satellites in space with its friend China.

China helped Pakistan

According to data from the website N2y0.com, who monitors spacecraft, Pakistan has only eight satellites, while India have more than 100 satellites. At the same time, the number of China’s satellites is more than 900. A research group had said in May that China had helped Pakistan during Operation Sindoor.