For most of the twentieth century, working in space meant one employer: the government. NASA, the Air Force, and a handful of giant defense contractors like Lockheed Martin, Northrop Grumman, and Boeing defined what a space career looked like. The work was prestigious, the job security was real, and the path was narrow โ get an aerospace engineering degree, pass the clearance process, spend decades climbing a hierarchy.
That picture has changed dramatically. The commercial space sector that barely existed in 2010 now employs tens of thousands of people across launch, satellites, in-space services, Earth observation, and space tourism. Companies like SpaceX, Rocket Lab, and Planet Labs have built entirely new workforce pipelines, and they're not just hiring rocket scientists. They need software engineers, data analysts, supply chain managers, lawyers, marketers, and writers. If you've ever thought working in space was out of reach, 2026 is the best moment in history to reconsider.
The Two Worlds of Space Hiring
Before applying anywhere, it helps to understand the fundamental difference between traditional and new-space employers โ because they hire differently, move at different speeds, and value different things.
Traditional space (NASA, ESA, Lockheed Martin, Northrop Grumman, Raytheon, Boeing Defense) still dominates the large government contract side of the industry. Hiring here is slower and more formal, often requires US citizenship and security clearances, and tends to favor candidates from established aerospace programs. The work is often on decade-long missions with significant institutional support. If your goal is to work on planetary science, deep space exploration, or national security applications, this is still the path.
New space (SpaceX, Rocket Lab, Planet Labs, Blue Origin, Axiom Space, Sierra Space, Relativity Space, Vast, and dozens of others) operates more like aggressive tech companies. Hiring moves fast, the culture is high-intensity, and the range of roles is far broader. Many new-space companies explicitly recruit from software, manufacturing, and consumer tech โ not just from aerospace programs. The tradeoff is that some early-stage companies carry more risk, and the pace can be unrelenting.
Who's Hiring Right Now
The largest private space employer, with thousands of open roles at any given time across Hawthorne (CA), Boca Chica (TX), Cape Canaveral (FL), and Redmond (WA). SpaceX hires aggressively across software, avionics, propulsion, manufacturing, and operations. They post roles publicly on their careers page and are known for rapid hiring decisions. The work is demanding but the scope is unmatched โ you could be working on Starlink, Falcon 9, or Starship in the same year.
A publicly traded company (RKLB) with launch operations in Long Beach (CA), Wallops Island (VA), and Mahia (New Zealand). Rocket Lab is actively scaling for Neutron development alongside Electron production, which means sustained hiring across propulsion, structures, software, and mission operations. Smaller than SpaceX but moves fast and has a track record of promoting from within.
The largest Earth observation constellation operator, with a software-first culture that distinguishes it from most space companies. Planet hires heavily in data engineering, machine learning, geospatial analysis, and product management. If your background is in data science or software rather than aerospace, Planet is one of the most accessible entry points into the industry.
Jeff Bezos's space company is in an active expansion phase following the success of New Shepard commercial flights and development of the New Glenn orbital launch vehicle. Blue Origin hires across propulsion, manufacturing, business development, and government affairs. The company is headquartered in Kent, WA, with major facilities in Huntsville, AL, and Cape Canaveral, FL.
Both companies are building toward commercial space stations and are hiring across program management, life support systems, human factors engineering, and operations. These roles are highly specialized but represent the frontier of where space careers are heading โ private infrastructure beyond low Earth orbit.
New space jobs are posted on Vakta. Our space jobs board aggregates open roles from across the industry. If you're a company hiring, you can post a listing to reach a targeted audience of space-focused candidates.
Technical Roles: What the Industry Actually Needs
The popular image of a space job is a propulsion engineer designing rocket nozzles. That work exists and is in demand, but it's a fraction of what the industry hires for. Here's where the real volume is:
Software engineering is the largest single category in new space. Launch systems, satellite operations, ground control, mission planning, data pipelines, and customer-facing products all run on software. Python, C++, and Rust are widely used. Experience with real-time systems, distributed systems, or embedded software is particularly valued. You don't need an aerospace degree โ a strong software engineering background from any domain is competitive.
Avionics and embedded systems engineers design and test the electronics that control flight computers, communication systems, and sensor packages. This is one of the most specialized disciplines in the industry and is consistently hard to fill. Backgrounds in electrical engineering, firmware development, or defense electronics transfer well.
Propulsion engineering covers everything from combustion analysis to turbopump design. Experience with computational fluid dynamics (CFD) tools like ANSYS Fluent, or with propellant handling and test operations, is highly sought after. This field genuinely does require an aerospace or mechanical engineering degree, and typically a graduate degree for senior roles.
Guidance, navigation, and control (GNC) is a niche that has been undersupplied relative to demand for years. GNC engineers design the algorithms that keep rockets on trajectory and satellites in the right orbit. MATLAB, Simulink, and Python are standard tools. Aerospace or mechanical engineering backgrounds with a controls specialization are the typical path in.
Manufacturing and quality engineering is an area that often goes unmentioned but is critical to scale. SpaceX's production advantage in reusable vehicles comes partly from aggressive manufacturing engineering. Experience in lean manufacturing, quality systems (AS9100), or machining at scale is genuinely valuable.
Non-Technical Roles: Wider Than You Think
The fastest-growing non-technical segment in space is business development and government affairs. As space companies compete for government contracts (NASA Commercial Crew, DoD, NRO), the ability to navigate federal acquisition, build relationships with congressional offices, and write persuasive proposals has become extremely valuable. A background in defense policy, federal contracting, or government relations transfers directly.
Legal and regulatory work in space is a genuine specialty. Launch licensing through the FAA, spectrum coordination through the ITU, export control compliance under ITAR, and commercial space liability frameworks all require lawyers with specific technical literacy. It's a small field but almost entirely undersupplied โ space lawyers with actual aerospace context are rare.
Operations and mission management covers launch site operations, satellite fleet management, customer mission coordination, and the day-to-day logistics of running orbital infrastructure. These roles often hire from defense operations, aviation, or maritime operations backgrounds โ the discipline of managing complex, safety-critical systems transfers more than people expect.
Finance and investor relations at public space companies (Rocket Lab, Planet Labs, AST SpaceMobile) looks similar to finance roles elsewhere, with the added complexity of understanding long development cycles, non-standard revenue recognition, and the specific metrics investors track in the sector.
How to Break In
The most reliable path remains internships. SpaceX, Rocket Lab, NASA, and Blue Origin all run competitive internship programs that convert to full-time offers at high rates. If you're in school, applying early and repeatedly is the single highest-leverage thing you can do. Many people who eventually land at SpaceX applied three or four times before getting an offer.
For career-changers, the most effective approach is identifying the skill overlap rather than starting over. A manufacturing engineer at an automotive company has more transferable skills to a rocket factory than they probably realize. A data scientist at a logistics company may be well-prepared for a satellite data role at Planet. The key is being explicit in your application materials about how your existing domain expertise maps to the space context.
๐ก AIAA and SEDS membership provides access to networking events, career fairs, and online communities that are disproportionately useful for breaking into space. The Space Exploration Alliance and Women in Aerospace are also worth joining early โ hiring managers are active in both.
Online credentials matter less than portfolio work in most technical domains. A GitHub repository with a satellite orbit simulator, a documented project using real NASA open data, or a published analysis of launch failure rates will do more for your application than most certifications. Companies like Planet and Rocket Lab have well-documented open-source tools โ contributing to them is visible in a way that a LinkedIn endorsement is not.
Where to Look
Company career pages are the primary source โ roles are almost always posted there before appearing on LinkedIn or Indeed, and applying directly is usually faster. SpaceX, Rocket Lab, Blue Origin, Planet Labs, Axiom Space, and Sierra Space all maintain searchable career portals. NASA's USAJOBS listings are comprehensive for government-side roles. Space Talent and the LinkedIn "Space" filter are useful aggregators for new-space roles specifically.
The commercial space sector is still young enough that it rewards people who show up consistently and develop genuine knowledge of the industry. Reading mission updates, following company engineering blogs, and being able to discuss recent launches in an interview isn't a guarantee โ but it separates candidates who are chasing a trend from those who actually want to be in this industry for the long haul.
The window is open. The industry is building at a pace it hasn't sustained before, and the demand for capable people across almost every function is real. The question now is less whether the jobs exist and more whether you're ready to pursue them seriously.