Indian Space Industry : Updates & Discussions
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So the name of the rocket is from Hollywood, and the company's logo is from Hollywood as well. Everything is smoke until they test a functioning engine.
Department of space moves to stem exodus from key Isro missions; at least 100 quit in past few months: Sources
BENGALURU: The department of space (DoS) has stepped in to curb a recent wave of resignations from Isro’s flagship programmes, tightening rules on voluntary retirement and resignations by scientists working on Gaganyaan and other critical missions through a fresh internal memorandum dated July 14.
timesofindia.indiatimes.com
The department of space (DoS) has stepped in to curb a recent wave of resignations from Isro’s flagship programmes, tightening rules on voluntary retirement and resignations by scientists working on Gaganyaan and other critical missions through a fresh internal memorandum dated July 14.
While DoS hasn’t disclosed the scale of departures, multiple Isro sources told TOI that it was substantial enough — between 100 and 120 at least — to trigger the intervention. “Around 80 people have quit from URSC alone. At VSSC, at least 20 people have left. Overall, it could be roughly up to 120, conservatively. There could be more that are at the evaluation stage,” a source said.
Another source said the departures included key personnel like LVM-3 project director Victor Joseph from VSSC. “SpaDeX project director quit from URSC. A very bright young person who was part of Chandrayaan-3 has also quit,” the source said.
Isro chairman V Narayanan acknowledged the departures but said Isro was prepared to deal with it. “Yes, a lot of people go, but that’s part of every organisation. The move [memorandum] isn’t only to retain, but also to ensure that important projects don’t suffer all of a sudden. But if someone is still going, someone else will take responsibility. We’re taking care of it,” he told TOI.
While DoS hasn’t disclosed the scale of departures, multiple Isro sources told TOI that it was substantial enough — between 100 and 120 at least — to trigger the intervention. “Around 80 people have quit from URSC alone. At VSSC, at least 20 people have left. Overall, it could be roughly up to 120, conservatively. There could be more that are at the evaluation stage,” a source said.
Another source said the departures included key personnel like LVM-3 project director Victor Joseph from VSSC. “SpaDeX project director quit from URSC. A very bright young person who was part of Chandrayaan-3 has also quit,” the source said.
Isro chairman V Narayanan acknowledged the departures but said Isro was prepared to deal with it. “Yes, a lot of people go, but that’s part of every organisation. The move [memorandum] isn’t only to retain, but also to ensure that important projects don’t suffer all of a sudden. But if someone is still going, someone else will take responsibility. We’re taking care of it,” he told TOI.
Numbers small, projects big
Although recent departures represent a small fraction of Isro’s overall workforce of 14,600+, they have come from strategically important centres.
URSC had 1,339 employees, while VSSC, Isro’s largest centre, had 4,577 at the end of last fiscal. The concern has been about losing people from key missions.
For example, the Chandrayaan-3 scientist is Aditya Rallapalli, the mission’s project manager (simulations). He led the dedicated group that generated nearly 25 terabytes of data from over 1-lakh tests, an effort that proved critical to validating Moon landing sequence.
The concern is reflected in the memorandum: “Of late, it is noticed that there has been a spate of requests for voluntary retirement and resignation from Group ‘A’ scientific/technical personnel including those associated with prestigious Gaganyaan and other important missions/projects severely impacting implementation of projects of national importance.”
URSC had 1,339 employees, while VSSC, Isro’s largest centre, had 4,577 at the end of last fiscal. The concern has been about losing people from key missions.
For example, the Chandrayaan-3 scientist is Aditya Rallapalli, the mission’s project manager (simulations). He led the dedicated group that generated nearly 25 terabytes of data from over 1-lakh tests, an effort that proved critical to validating Moon landing sequence.
The concern is reflected in the memorandum: “Of late, it is noticed that there has been a spate of requests for voluntary retirement and resignation from Group ‘A’ scientific/technical personnel including those associated with prestigious Gaganyaan and other important missions/projects severely impacting implementation of projects of national importance.”
Directors’ power reversed
It adds that resignation and voluntary retirement requests from scientists associated with Gaganyaan and other important missions “may not be accepted as a matter of routine”. Centre directors have been advised not to accept such requests until those projects are completed.
Instead, all such cases must be referred to DoS, along with the director’s recommendations, for a final decision.
The order reverses a key administrative change made in 2020. Under a memorandum issued on Nov 25, 2020, Isro centre directors and heads of units were empowered to accept voluntary retirement and resignation requests from Group A scientific and technical personnel up to scientist/engineer-SG level.
That authority has now effectively been withdrawn for scientists attached to Gaganyaan and other major missions.
Instead, all such cases must be referred to DoS, along with the director’s recommendations, for a final decision.
The order reverses a key administrative change made in 2020. Under a memorandum issued on Nov 25, 2020, Isro centre directors and heads of units were empowered to accept voluntary retirement and resignation requests from Group A scientific and technical personnel up to scientist/engineer-SG level.
That authority has now effectively been withdrawn for scientists attached to Gaganyaan and other major missions.
Attrition not new
Attrition isn’t new to Isro, nor can it be attributed solely to opportunities in the private space sector. Between 2004 and 2007, nearly half of the agency’s new recruits quit, as reported earlier by TOI. Official figures also show that around 700 employees resigned between 2012 and 2024.
Isro’s 2025-26 annual report says recruitment for around 1,050 scientific, technical and administrative posts is at an advanced stage, while a cadre review approved last year has regularised 466 project posts and created about 460 higher-grade positions.
The latest DoS order, however, suggests that replacing experienced scientists working on national missions is not as straightforward as filling vacancies.
Isro’s 2025-26 annual report says recruitment for around 1,050 scientific, technical and administrative posts is at an advanced stage, while a cadre review approved last year has regularised 466 project posts and created about 460 higher-grade positions.
The latest DoS order, however, suggests that replacing experienced scientists working on national missions is not as straightforward as filling vacancies.
Really critical for India to not miss the boat here. This space has huge early mover advantage and you can bet your a$$ China will play games at the ITU to block/delay India's spectrum usage. They're already trying to squat for the next 7yrs asking for 200,000:
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Dumb question but whats exactly stopping a third country from not giving 2 hoots about this international satellite filing process?Really critical for India to not miss the boat here. This space has huge early mover advantage and you can bet your a$$ China will play games at the ITU to block/delay India's spectrum usage. They're already trying to squat for the next 7yrs asking for 200,000:
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In anyways even though China has recently succeeded in testing re usable rockets it is still nowhere near the launch cadence of SpaceX. As if the Americans will allow this to happen especially when they can launch way more satellites than China now and for the near future.
Where are they getting the tech from to build these satellites?
Speaking about rockets @Hyperactive ADD Russia has had great achievements in space but now they are still flying the ancient but reliable R7, whereas China and the US already achieved reusable capability. But ig somehow you are now going to say Russia is ahead of both in launch capability now?
This is a historic moment for Indian Private aerospace. Kudos to Skyroot, ISRO and Govt Babus
Getting Vikram-1 to orbit on the first-ever test launch is just above & beyond. Not at all common in this business, especially for a Private company.
Huge achievement for Skyroot!
A tremendous achievement for India and its space ecosystem. But still a long way to go for the private launch industry.
Congrats to Skyroot and their team. Such a beautiful rocket and an even more beautiful launch.
Really Happy for them.
Really Happy for them.
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I think there was a small hiccup wtr to stage separation which almost derailed the mission but they recovered and put the satellites into orbit.
I just realised that Indian space starups are now surpassing most of the countries in this world w.r.t such complex technologies.. How many countries can successfully manufacture Solid Rocket Boosters??? These have direct implications in military capabilities.
Whenever Indian space industry succeeds, people across the world have meltdowns. I remember when europeans, Pakistanis, turks & chinese were crashing out w.r.t. Chandrayaan-3
. Good memories.
Here, found someone in 5 min of twitter scrolling.
Not sure who this is or what to make of it:
Whenever Indian space industry succeeds, people across the world have meltdowns. I remember when europeans, Pakistanis, turks & chinese were crashing out w.r.t. Chandrayaan-3
. Good memories.Here, found someone in 5 min of twitter scrolling.
Not sure who this is or what to make of it:
In the Space reddit under a post about this some Turkroach was saying "huzur Turkiye soon achieve this huzur reeee"I just realised that Indian space starups are now surpassing most of the countries in this world w.r.t such complex technologies.. How many countries can successfully manufacture Solid Rocket Boosters??? These have direct implications in military capabilities.
Whenever Indian space industry succeeds, people across the world have meltdowns. I remember when europeans, Pakistanis, turks & chinese were crashing out w.r.t. Chandrayaan-3
Here, found someone in 5 min of twitter scrolling.
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Not sure who this is or what to make of it:
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I would've liked to say a few words to him but I don't believe in animal abuse.
To be specific, IMO, it happened during Stage 3 separation and the initial coasting phase of 4th Stage , when the 3rd stage followed the trajectory that caused it to collide with the separated rocket stage. Maybe they missed the instant ignition of Stage 4 after the third-stage separation, which would have kept the vehicle's speed higher than that of the separated third stage but later they corrected it by using 4th stage burn. The first launch went well, so they would have learned a lot from it.