SAME TALENT, FASTER LANE : INSIDE INDIA’S SPACE SECTOR SHIFT

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From Dhawan’s Signature to Startup Speed: What India’s Space Exodus Really Teaches Us

The Lesson from Wings of Fire

In Wings of Fire, Dr. Kalam recalls a moment that says more about India’s scientific journey than most textbooks ever will. In the early days of the SLV3 project, something as simple as buying a component could take months. Every purchase had to pass through layers of approval, each layer designed to prevent misuse, but together they slowed the project to a crawl. Dr. Kalam once skipped an important meeting because he was caught in this very maze. It was Satish Dhawan who finally cut through it. He gave individual scientists the power to purchase what they needed for their work, trusting them instead of the paperwork. That one decision freed a generation of engineers to build rockets instead of files.

Five Decades Later: A New Kind of Talent Shift

Nearly fifty years later, a similar story is unfolding, only this time the ending is different.
Over the past year, more than a hundred experienced scientists have resigned or taken voluntary retirement from ISRO. Many came from the UR Rao Satellite Centre in Bengaluru and the Vikram Sarabhai Space Centre in Thiruvananthapuram, the very institutions Dhawan and Kalam helped build. Among those who left was a former project director of the LVM3 launch vehicle programme. These are not junior engineers testing the waters. These are people who carried missions on their shoulders for years.

Where Is The Talent Going?

Where are they going? Not abroad, and that is the part worth noticing. They are joining Indian private space companies such as Skyroot Aerospace, Agnikul Cosmos, Pixxel, Bellatrix and Dhruva Space. India now has hundreds of space startups, and the industry has pulled in close to five hundred million dollars in investment, a large share of it in the last year alone. These companies offer faster decisions, better pay, and the kind of independence that Dhawan once fought hard to give his scientists inside government walls.

The Irony of Reform

This is where the story becomes interesting rather than simply worrying. The government itself opened this door. The 2020 reform that allowed private players into space, followed by the Space Policy of 2023, created the very ecosystem that is now drawing talent out of ISRO. In a strange way, the government’s own liberalisation is what is challenging its own institution. That is not a scandal. That is what reform usually looks like when it works. Talent is not leaving the country, it is simply moving to a faster lane within it.

A System Responding Under Pressure

The government has noticed the pattern too. In July this year, the Department of Space tightened the rules for resignations, especially for scientists tied to major missions like Gaganyaan. Earlier, centre directors could clear an exit on their own. Now such requests must travel all the way to Delhi with detailed justification. It is an understandable response, since missions like Gaganyaan and Chandrayaan 4 cannot afford sudden gaps in leadership. But it also brings us back to the same old question Dhawan once answered differently. When a system is under pressure, does it choose to move faster, or does it choose to add another layer of file movement?

Not A Fight, But A Balance

This is not a story of one side being right and the other wrong. ISRO carries responsibilities no private company carries: human spaceflight, national security payloads, decades-long planetary missions. A slower, more careful process is sometimes necessary there. But the underlying lesson from Dhawan’s era still holds true. When capable people are trusted with real decision-making power, they build things. When they are made to wait for signatures, they eventually walk out and build somewhere else.

The Way Forward: Learning From Our Own History

Perhaps the real opportunity in this moment is not choosing between ISRO and private industry, but learning to let them work like Dhawan once imagined science and engineering should work together. Government institutions can retain scientists working on core national missions by borrowing a page from their own history: faster internal approvals, more trust placed lower down the chain, and recognition that a scientist’s time is a national resource, not something to be spent standing in a queue. Meanwhile, private companies can keep doing what they do best, moving fast and shouldering the commercial and experimental risks that a government body cannot easily take.

Conclusion: One Good Idea, Nationwide Impact

If this balance is managed well, India may end up with the best of both worlds: a public agency free to focus on frontier missions, and a private sector building the depth and speed around it. That would not be a story of an institution losing its best people. It would be a story of one good idea, taking purchase power away from paperwork, finally spreading across an entire nation’s space ambitions.