The career most people picture when they think "space job." Here's an honest look at what the role actually involves, what it takes to get there, and whether it's the right path for you.
Aerospace engineers design, build, test, and improve aircraft, spacecraft, rockets, and satellites. The job spans everything from sketching initial concepts to analyzing why a component failed during a test firing.
The field breaks into two main tracks: aeronautical (aircraft that stay in Earth's atmosphere) and astronautical (spacecraft, rockets, and systems operating in space). Most people in the space industry land in the astronautical side.
Day-to-day, you might be running simulations, reviewing design specs, collaborating with manufacturing, or sitting in on a test review — often all in the same week.
Meet Jordan, a mid-level aerospace engineer at a small satellite manufacturer. No two days are identical — but here's what a typical one looks like.
Quick 15-minute team sync to flag blockers and review overnight test data from the thermal vacuum chamber. Three emails from the propulsion supplier need responses before noon.
Two hours blocked in the calendar for focused analysis. Running FEA (finite element analysis) simulations on a revised solar panel bracket. The manufacturing team changed the material last week — need to validate that it still meets load requirements.
Cross-functional review with systems, thermal, and electrical engineers. The antenna mounting approach has a conflict — the thermal team needs more clearance than the current design allows. Debate, whiteboard, agree on a path forward. Action items assigned.
Eats with the propulsion team. Half the conversation is about the weekend, half is about a new cold gas thruster they're evaluating. Some of the best engineering decisions at small companies happen at lunch.
Updating engineering drawings to reflect the bracket design change agreed on in the morning review. Less glamorous, but critical — if the drawings aren't right, manufacturing builds the wrong thing. Careful, detail-oriented work.
Heads to the test floor to check on a vibration test in progress. Talks to the test engineer, reviews real-time data on a laptop. One sensor reading looks odd — they flag it and decide to extend the hold before proceeding.
Updates the task tracker, documents the sensor anomaly from the test, and blocks time tomorrow morning to dig into it. Responds to the supplier emails. Done by 5:30.
Hiring managers look for a mix of technical depth and practical problem-solving. Here's how the skill landscape breaks down.
Most aerospace engineering careers follow a recognizable arc — though startups are increasingly compressing timelines.
BS in Aerospace, Mechanical, or Electrical Engineering. Internships at space companies are critical — they're often the hiring pipeline.
Working under senior engineers, building one area of depth (structures, propulsion, GNC, thermal). Learning the tools and processes.
Owning subsystems end-to-end. Leading design reviews. Mentoring juniors. Some specialize deeper; others start moving toward systems engineering or management.
Technical authority on a program. Can branch into engineering management, chief engineer track, or independent consulting.
Mechanical engineering or physics degrees can get you in the door at many companies, especially smaller startups that care more about problem-solving ability than a specific major. The harder path — but not impossible. Some engineers also enter via technician roles and work their way up.
Salaries vary significantly by experience, company size, location, and whether the role involves defense/classified work (which pays a premium).
Aerospace engineering is genuinely exciting — and genuinely demanding. Here's what people don't always tell you up front.
Live job listings from space companies across every sector — updated daily.
