Right now, in a clean room in Houston, someone is building the suit that will put boots back on the Moon. It has 4G comms built into the helmet. It has to fit bodies from the 1st to the 99th percentile. And a spacesuit engineer designed almost every layer of it, from the bearings in the shoulders to the cooling system next to the skin. If you have ever looked at footage of Artemis astronauts training in their suits and thought “I want to help build that,” a spacesuit engineer career is a real, hireable job, not a fantasy.
What Does a Spacesuit Engineer Actually Do?
A spacesuit is not one thing. It is a wearable spacecraft with dozens of overlapping systems: pressure garments, life support backpacks, thermal layers, visors, gloves, boots, and the joints that let an astronaut bend a knee on the lunar surface without ripping the suit apart. A spacesuit engineer usually owns one piece of that puzzle, not the whole thing. You might design the shoulder bearing that lets an astronaut reach overhead. You might build the cooling loop that keeps someone from overheating while working in direct sunlight. You might test how a glove holds up after a thousand flex cycles. It is hands-on, physical, and immediate. You can watch someone put on the thing you built and use it.
Why This Job Is Suddenly Everywhere in the News
Artemis III is aiming to put the first woman and the first person of color on the Moon, and the suit for that mission, Axiom Space’s AxEMU, just went from design reviews into real production. Prada helped with the outer layer. NASA gave Collins Aerospace a separate contract for spacewalking suits at the International Space Station. That means two major companies are staffing up spacesuit teams at the same time, on top of the contractors who already build suit hardware, like ILC Dover and Oceaneering. When a program moves from paper to production, hiring follows fast. That is happening right now, this year, not someday.
You Don’t Need to Be a Rocket Scientist for This One
Here is the part people miss. Spacesuits are sewn. Real seamstresses and textile technicians build the soft goods, the layered fabric that holds pressure and stops micrometeorite punctures, using specialized industrial machines. Quality inspectors check every stitch and seal. Technicians run pressure and flex tests all day. None of those jobs require a physics degree. They require precision, patience, and a willingness to learn a very specific craft. Around 44% of jobs in the space industry are non-technical, and spacesuit programs are a great example of why. You do not need to be able to calculate orbital mechanics to help build the suit that keeps someone alive on the Moon.
The Skills That Get You Hired on a Spacesuit Team
For the engineering side, the core skills are mechanical design, materials science, and human factors, understanding how a real body moves and where a suit needs to flex versus stay rigid. CAD experience matters a lot, especially SolidWorks or similar tools, since suit components get modeled and tested digitally before anyone builds a physical prototype. Familiarity with pressure systems and basic thermodynamics helps if you are working on life support. And because everything on a spacesuit gets tested to destruction before it is trusted with a human life, comfort with test protocols and documentation is a real, practical skill, not busywork. A great resource for understanding how spacesuit design actually evolved is Spacesuit: Fashioning Apollo by Nicholas de Monchaux (#ad): it tells the real story of how a bra manufacturer ended up sewing the Apollo suits, and it will change how you see this whole field.
The Education Path: Degrees That Actually Open Doors
For the engineering track, a bachelor’s degree in mechanical engineering, aerospace engineering, or biomedical engineering is the most common starting point. Materials science and industrial design also show up on spacesuit teams, since so much of the work is about fabric, seals, and joints rather than pure aerodynamics. A master’s degree can help you move into a specialized role like life support systems or human factors, but it is not required to get your first job. If you are earlier in school, take classes in physics, chemistry, and anything hands-on: shop class, robotics club, costume or fashion design, even theater tech. Yes, theater tech. Learning to build something that has to move with a human body and survive real use is exactly the mindset this field wants.
Who’s Hiring Right Now
Axiom Space is building AxEMU for Artemis III and is actively staffing engineering, manufacturing, and quality roles in Houston. Collins Aerospace holds the parallel NASA contract for spacewalking suits used at the space station and hires across its space division. ILC Dover, the company with the longest history in soft-goods spacesuit manufacturing going back to Apollo, and Oceaneering, which handles spacesuit hardware and testing for NASA, both post technician and engineering openings regularly. NASA’s Johnson Space Center itself also employs spacesuit engineers directly. Search all of these by name along with “spacesuit,” “EVA,” or “extravehicular” to find current openings, since titles vary a lot between companies.
A Day in the Life on a Spacesuit Team
Expect a mix of CAD work, physical prototyping, and testing. You might spend a morning in a design review arguing about a glove joint, then an afternoon in a lab watching a technician cycle a knee bearing a few hundred times to see if it fails. Suit programs run on tight test schedules tied to real launch dates, so deadlines are concrete and visible. It is a field where you see your work become physical hardware fast, and where a mistake genuinely matters, which is part of why the culture on these teams tends to be careful, collaborative, and detail-obsessed. If you like environments where precision is the whole point, this fits.
What Spacesuit Engineers Actually Get Paid
Pay varies by role and experience. Entry-level design and manufacturing engineers on spacesuit programs commonly start in the $70,000 to $95,000 range, with experienced spacesuit design engineers earning $95,000 to $130,000 or more depending on specialization and location, since Houston-based programs sometimes pay differently than suppliers elsewhere. Technician and quality roles typically start lower, often in the $45,000 to $65,000 range, but offer a real path into engineering roles for people who learn on the job and pick up a degree or certifications along the way. None of this requires you to already have ten years of aerospace experience. Everyone on these teams started somewhere.
How to Actually Become a Spacesuit Engineer
Start by picking your lane: engineering, manufacturing and soft goods, or test and quality. If you are still in school, aim for a mechanical, aerospace, or materials degree, and look for a co-op or internship at NASA, Axiom Space, Collins Aerospace, or one of their suppliers, since spacesuit programs are small and internships are often how people get noticed. If you are switching careers, look hard at your hands-on experience, sewing, machining, electronics, even costuming, and lead with it. Build a small personal project if you can: a 3D-printed prototype joint, a simple wearable pressure demo, anything that shows you think about how hardware moves with a body. Then apply directly and follow up. This is a small, tight-knit field, and a genuine, specific application gets noticed.
Building electronics into a wearable system is a real, transferable skill for this field, and it is one you can start practicing tonight with something like the Elegoo Uno R3 Project Super Starter Kit (#ad): it walks you through building and sensing circuits from scratch, which is the same logic used in suit instrumentation and life support monitoring.
Helpful Resources for Aspiring Space Professionals
A few picks that pair well with getting started in this specific corner of the space industry:
- Mechanical Engineering For Dummies (#ad): a clear, plain-language refresher if it has been a while since your last physics or statics class, and you want to walk into a spacesuit interview sounding sharp.
- Knock ’em Dead Resumes by Martin Yate (#ad): genuinely useful for translating hands-on skills, sewing, machining, testing, into a resume that a spacesuit program’s hiring manager immediately understands.
You Could Be Building What Astronauts Wear on the Moon
This is one of those space jobs nobody tells you about in school. It is real, it is hiring right now, and it does not require you to already be a rocket scientist. It requires precision, curiosity, and a willingness to start in whatever role gets you in the door, whether that is a technician bench or a CAD workstation. Pick your lane, build one small project that shows how you think, and apply. Someone has to build the suit for the next person who walks on the Moon. It might as well be you.
