Skyroot tripled headcount in a year as India's space startups hire at scale
Skyroot Aerospace's "Infinity Campus" in Hyderabad has become a symbol of India's private space ambitions. The facility, which the company inaugurated as a major production and R&D hub, is scaling engineering and manufacturing teams to support rapid mass production of launch vehicles. A year ago, Skyroot had roughly 300 employees. Now it has over 1,000, and the company is still hiring.
The timing is striking. While global space firms announce layoffs and hiring freezes, India's private space sector is doing the opposite. A wave of startups — Skyroot, Agnikul Cosmos, Pixxel, Digantara, Bellatrix Aerospace, SatSure, Dhruva Space, Garuda Aerospace — is scaling teams at a pace that would have been unthinkable five years ago. They are not just building rockets and satellites. They are quietly building a new global career pole for aerospace and software engineers, one that could redefine where the world's top talent chooses to work.
From "Space as Flagship" to "Space as Industry"
India's space economy stood at $8.4 billion in 2025 and is projected to reach $44 billion by 2033. The global space economy is expected to hit $1.8 trillion by 2035, and India is targeting roughly 8% of that share. Those numbers reflect a structural shift in how the country approaches space.
Policy reforms have done the heavy lifting. The liberalized space policy, the creation of IN-SPACe (Indian National Space Promotion and Authorisation Centre), and the iDEX (Innovations for Defence Excellence) grant program have moved space from a purely government domain into a private-sector industry. Over 190 space tech startups have launched since 2021, and a growing number are moving past proof-of-concept into commercialization.
Bellatrix Aerospace has space-qualified its core propulsion units and is now selling them. Pixxel launched six commercial hyperspectral satellites in 2025. Skyroot is preparing for the maiden flight of Vikram-1. These are production milestones, and production requires people.
Who Is Scaling, and How Fast
The hiring numbers across the sector tell a consistent story of acceleration.
Skyroot Aerospace has grown from around 300 to more than 1,000 employees in a single year, scaling engineering and manufacturing teams to support rapid mass production of launch vehicles from its Hyderabad facilities, including the newly inaugurated Infinity Campus.
Digantara raised $50 million (about ₹450 crore) in a Series B round and is transitioning from a pureplay space situational awareness company to a vertically integrated satellite systems player. The company plans to hire aggressively across spacecraft hardware engineering, infrared and sensor capabilities, and mission operations, while expanding its presence in the US and Europe.
Bellatrix Aerospace is planning a 25% workforce expansion. With its propulsion units now space-qualified and moving into commercialization, the company is hiring production engineers and talent in electronics, propulsion, structural, and systems engineering.
SatSure is hiring across computer vision science, applied data science, machine learning research, optical engineering, satellite image processing, and thermal engineering. Nearly half of its new hires are in R&D roles.
Dhruva Space has a confirmed pipeline of 18 satellites to be executed over the next three years. The company is strengthening teams across engineering, manufacturing, integration, and operations — and also hiring non-technical talent in legal, regulatory, business development, and finance to navigate the complex frameworks that come with commercializing space technology.
Garuda Aerospace is recruiting across a wide swath of disciplines: AI-based perception, autonomous navigation, advanced materials, propulsion systems, energy optimization, indigenous component development, UAV design, avionics, embedded systems, battery systems, computer vision, autonomy, flight testing, and manufacturing quality.
Agnikul Cosmos, headquartered at IIT-Madras' National Center for Combustion R&D in Chennai, is hiring for roles including Power Electronics Engineer, Mission Design Software Developer, Launch Vehicle Operations Strategist, and ERPNext Developer.
Pixxel is scaling teams to support its Fireflies constellation — six commercial 5-meter hyperspectral satellites launched in 2025 — along with the next-generation Honeybees and the expansion of its Aurora constellation. Hiring spans spacecraft assembly, integration, and testing (AIT), data platforms, software, and applications across agriculture, mining, energy, environment, and defence. The company's 30,000+ sq ft "MegaPixxel" AIT facility in Bengaluru is a physical manifestation of that scale-up.
The breadth of roles — hardware, software, data science, manufacturing, operations, legal, business development — shows a sector transitioning from small R&D teams to full-stack space companies.
The Converging Tailwinds Behind the Hiring
Demand-side drivers are compounding. The satellite industry is booming: Pixxel's Fireflies and planned Honeybees, Dhruva's 18-satellite pipeline, and downstream data services from SatSure and Pixxel's Aurora platform are creating demand for engineers who can build, launch, and monetize spacecraft and their data. Declining launch costs and advances like reusable rocket technology are making new business models viable that were uneconomical a decade ago. Government demand from ISRO, the defence sector, and iDEX grants is rising alongside commercial deployments.
On the supply side, funding is flowing. Pixxel has raised $95 million in total. Digantara's $50 million Series B. Agnikul's $11 million Series A. Bellatrix and others have secured capital that translates directly into headcount. The number of startups — 190 and counting — and their partnerships with ISRO and global players are creating a self-reinforcing cycle: more companies, more funding, more hiring, more capability.
The global context matters. While legacy space firms in the US and Europe tighten belts, Indian startups are still in "build and deploy" mode. India is increasingly seen as a cost-competitive, talent-rich base for space hardware and software — a positioning that mirrors what happened in the software services industry two decades ago.
Too Few Aerospace Graduates, Too Many Open Roles
The talent math is stark. Only about 8,000 aerospace engineers graduate annually in India — just 0.5% of the roughly 1.5 million engineering graduates the country produces each year. 175 colleges offer aerospace engineering at the undergraduate level, 75 at the postgraduate level, but niche disciplines like photonics and optical engineering remain underrepresented.
Anirudh Sharma, founder and CEO of Digantara, pointed to the problem: NIT Warangal ran about five batches and produced some of the best optical communications engineers in the country, but they are a finite pool. Startups consistently lament the lack of specialized courses.
Companies are adapting. Bellatrix Aerospace hires professionals from adjacent engineering backgrounds — metallurgical, chemical — and trains them for propulsion and structural roles. Skyroot runs upskilling programs for new recruits. Across the sector, companies are pulling talent from robotics, semiconductors, computer vision, and large-scale software systems.
But senior and highly specialized roles — sensors, spacecraft systems, defence-aligned technologies — remain hard to fill. Chaitanya Giri, Space and Emerging Technologies Fellow at the Observer Research Foundation's Centre for Security, Strategy & Technology, said niche specialization courses at top universities and generous research budgets are needed for India's space industry to sustain its growth trajectory.
Hyderabad, Bengaluru, and the New Geography of Space Careers
The hiring is not concentrated in a single city. Hyderabad has emerged as a key hub after Bengaluru, driven by proximity to defence labs, IIT Hyderabad, and lower operating costs. Skyroot's Infinity Campus is anchoring a local ecosystem that includes other space and defence players.
Bengaluru remains a leading hub for space and AI hiring. Pixxel's MegaPixxel AIT facility is based there, along with strong data platform and software teams. The city's deep talent pool in software and hardware continues to feed the space sector.
Chennai is home to Agnikul Cosmos at IIT-Madras, where the company is hiring for core launch vehicle and software roles. The multi-city spread is creating regional clusters where engineers can move between space, defence, and deep-tech firms without relocating abroad — a significant shift from the era when an aerospace career meant a one-way ticket to Houston or Munich.
What Engineers Actually Do: From Orbits to Onboard Code
The work spans the full mission lifecycle. At Skyroot, Agnikul, and Bellatrix, engineers work on propulsion, structural design, avionics, power electronics, mission design software, and launch operations — end to end, from design and testing through mass production and launch campaigns.
At Dhruva Space, Digantara, and Pixxel, spacecraft hardware engineers, sensor specialists, and AIT teams handle integration and testing of satellites. Pixxel's MegaPixxel facility is where hyperspectral satellites are assembled and validated before launch.
On the data side, Pixxel and SatSure are building platforms that turn raw satellite data into actionable insights. Computer vision engineers, ML researchers, optical engineers, and satellite image processing specialists work on platforms like Pixxel's Aurora Earth observation studio, which serves agriculture, mining, energy, environment, and urban planning.
Garuda Aerospace's teams work on AI-based perception, autonomous navigation, computer vision, flight testing, battery systems, and manufacturing quality for drones.
And it is not just technical roles. Dhruva Space's hiring in legal, regulatory, business development, and finance reflects the reality that commercializing space technology requires navigating complex regulatory frameworks and closing commercial deals.
For engineers, this means exposure to the full stack — design, build, launch, operate, and monetize data. That breadth of experience is rare at legacy aerospace firms, where roles tend to be narrower and more siloed.
Compensation, Equity, and the "Stay in India" Calculus
Indian engineers increasingly choose to stay in India, driven by better local opportunities and compensation. While space-specific salary data is limited, broader AI/tech benchmarks provide a reference point. Entry-level AI/ML roles in India typically start between ₹5–12 LPA. Mid-level professionals with two to five years of experience often earn between ₹12–25 LPA. Senior specialists with over five years of experience can command ₹35–60+ LPA, especially in product companies and AI-first startups. Some Indian professionals working with global firms report remote salaries ranging from ₹80 LPA to over ₹2 crore.
Space startups layer equity and ESOPs on top of base salaries. At high-growth ventures like Skyroot, Pixxel, Digantara, and Bellatrix, early employees hold stakes in companies that are hitting real milestones — first launches, first commercial contracts, first revenue from data sales. The combination of competitive pay, equity upside, and mission-driven work (building India's first private launchers, creating a "health monitor for the planet") is a potent recruiting pitch.
Anshul Lodha, managing director at Michael Page India, said fresh funding will boost hiring this year, but it will be need-based and niche in nature. He expects some reverse migration as early success stories materialize. That process may already be underway.
Global Ambitions, Local Roots
These startups are not building for the domestic market alone. Digantara is expanding in the US and Europe. Pixxel has dual headquarters in Bengaluru and El Segundo, California, contracts with NASA and the NRO, and a global reseller network spanning 90+ partners. Bellatrix, Skyroot, Dhruva, and others are engaging international customers and partners.
India's space hiring boom is part of a broader shift in where space careers are being built — not just funded. If the ecosystem can scale specialized talent and deepen university-industry linkages, India could become a global hub for space engineers, much as it did for software developers.
Ashish Sanganeria, senior partner at Transearch, said India's space technology industry is gaining momentum due to policy reforms, improved access to funding, rapid startup growth, collaborations with ISRO, and rising global demand. The ingredients are in place. The question is execution.
The View from Infinity Campus
Back at Skyroot's Infinity Campus, a fresh graduate from an IIT or NIT signs an ESOP agreement and looks out at a half-assembled Vikram-1. A decade ago, this person would have been polishing a resume for a US aerospace firm or a European space agency. Today, they are joining a rocket company in Hyderabad that did not exist when they started college.
For a generation of aerospace and software engineers, the question is no longer "Do I have to leave India to work on space?" It is "Can India's space startups scale fast enough to match my ambition?"
The hiring surge suggests they are trying. With over 8,700 open frontier tech roles tracked across nearly 5,000 companies on Zero G Talent's job board, the infrastructure for connecting talent to these opportunities is growing alongside the sector itself. The next few years — as Vikram-1 flies, as Fireflies multiply, as Aurora data flows to farmers and miners and defence agencies — will determine whether India's space hiring boom becomes a permanent shift or a promising moment that faded. Right now, the momentum is real, and the engineers are showing up.
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