How do I find a job in the commercial space industry as a recent aerospace engineering grad?

Absolutely. As a recent aerospace grad, the key is to market yourself as an engineer who can build/test/analyze real hardware, not simply as someone who has an aerospace degree.

I checked current openings, and there are several entry-level paths worth targeting. For example, SpaceX currently has a New Graduate Engineer, Mechanical opening in McGregor, TX, while Blue Origin has early-career openings spanning systems, test, propulsion, manufacturing, GNC, structures/mechanical, and fluid systems.Greenhouse+1

1. Pick a technical lane

Don't search only for "aerospace engineer". Search for the engineering function you can actually demonstrate:

• Structures: structural analysis, FEA, composites, loads, CAD
• Propulsion: fluids, thermodynamics, turbomachinery, combustion, test
• GNC: controls, dynamics, MATLAB/Python, simulation
• Systems: requirements, integration, verification/validation
• Test: instrumentation, data acquisition, test procedures, troubleshooting
• Manufacturing: CAD, GD&T, machining, production processes, quality
• Flight/spacecraft: orbital mechanics, spacecraft systems, attitude control

Current postings illustrate how broad the market is. Blue Origin, for instance, explicitly has early-career roles in aerospace systems, test, manufacturing, avionics/software, GNC, fluid systems/propulsion, and structural/mechanical engineering.Blue Origin

2. Make your resume project-heavy

For a new grad, I'd structure it roughly:

Education → Technical Skills → Engineering Experience/Projects → Research/Leadership

And turn projects into evidence of engineering ability.

Instead of:

Senior Design: Designed a rocket Use something like:

Designed and analyzed a liquid-propellant feed system; performed pressure-drop calculations in Python and validated component sizing against operating requirements. The difference is that the second version tells the hiring manager what engineering work you actually performed.

SpaceX's current new-grad propulsion posting is a good illustration: it specifically accepts engineering experience gained through projects, research, internships, and professional experience—not just previous aerospace employment.Greenhouse

3. Build one excellent portfolio project

If you don't have much internship experience, this can make a substantial difference.

A good project should have:

requirements → analysis → design → simulation → hardware/test → results

For example:

• Design a small rocket engine feed system
• Build and test a thrust-measurement system
• Design a CubeSat attitude-control simulation
• Perform FEA on a structural component and validate it experimentally
• Build a flight computer/data-acquisition system
• Develop a 6-DOF aircraft/rocket simulation
• Design a small composite structure and test failure loads

Put the project on GitHub and create a 1–2 page engineering report with plots, CAD renders, calculations, and test results.

4. Don't restrict yourself to famous space companies

This is probably the biggest mistake new grads make.

Apply to space companies + aerospace suppliers + defense/aerospace companies + research organizations.

For example, the current Texas search surfaced opportunities at SpaceX, Southwest Research Institute, Honeywell Aerospace, Textron, and others. A role doesn't need "space" in the company name to give you highly transferable experience.LinkedIn

Firefly is another particularly relevant Texas employer: its career page describes work spanning launch vehicles, lunar vehicles, and orbital vehicles, with its headquarters in the Leander area.Firefly Aerospace

5. Apply much more broadly than you think

For a new grad, I'd aim for something like:

• 10–15 highly targeted applications/week
• 10–20 additional reasonable applications/week
• Customize the resume's top third for each technical area.
• Apply even if you don't satisfy every "preferred" qualification.

Blue Origin explicitly says candidates shouldn't necessarily rule themselves out for missing desired qualifications and asks applicants to include internships, co-curriculars, research, relevant programming, and coursework.Blue Origin Careers

6. Network with engineers, not just recruiters

LinkedIn is useful, but don't send:

"Hi, I'm a recent aerospace graduate. Are you hiring?" Instead:

"I'm a recent aerospace engineering graduate interested in propulsion/test engineering. I saw that you work on [specific project/team]. I'm trying to learn more about what skills distinguish successful entry-level engineers in this area. Would you be willing to share how you got into the field?" You're trying to start an engineering conversation, not immediately ask for a referral.

7. Be willing to relocate

Commercial space is unusually geographically concentrated. Being willing to move can dramatically increase your opportunities.

Current postings illustrate this: Blue Origin lists early-career engineering opportunities across locations including Texas, Washington, Colorado, Florida, Alabama, California and Virginia. Blue Origin Careers Blue Origin Rocket Lab likewise currently lists engineering roles in places including Long Beach, CA, and other locations.Rocket Lab

A particularly useful strategy for you

If you're starting from scratch, I'd do this:

Week 1: Pick your primary engineering lane and rewrite your resume around it.

Week 2: Build/finish one portfolio project that demonstrates that specialty.

Week 3: Apply to 30–40 carefully selected positions and contact 10–15 engineers/alumni.

Week 4 onward: Continue applications while improving the project/resume based on interview feedback.

And don't overlook test engineering. It's one of the strongest entry points into hardware-heavy space companies because it puts you close to actual flight hardware. Blue Origin's current early-career test role, for example, involves test planning, instrumentation, hardware integration, data analysis, troubleshooting, and propulsion/mechanical/electronic systems.Blue Origin Careers

If you tell me your graduation date, GPA (optional), internships/research, 3–5 strongest technical skills, and whether you're willing to relocate, I can turn this into a much more specific commercial-space job search strategy and list of current openings that fit your background.

Breaking into the commercial space industry as a recent aerospace engineering graduate is an exciting challenge. The landscape is booming with private launch providers, satellite manufacturers, and lunar exploration startups, but competition is fierce.

Here is a structured, step-by-step roadmap to land your first role:

1. Target the Right Companies
   • Large Prime Contractors & Established Commercial Giants: Companies like SpaceX, Blue Origin, Northrop Grumman , and Lockheed Martin offer structured entry-level rotational programs and large engineering cohorts.
   • NewSpace Startups: Look into mid-to-small players in launch, smallsats, and in-space manufacturing (e.g., Rocket Lab, Relativity Space, Sierra Space, or companies tracked via Payload Space).
   • The Supply Chain: Don't overlook tier-2 and tier-3 component suppliers (propulsion valves, avionics boards, composite structures). They are often easier to break into and provide hands-on design/testing experience.
2. Optimize Your Resume for ATS and Impact
   • Highlight Hands-On Projects: If you participated in Formula SAE , Rocketry clubs (like ESRA/IREC), CubeSat teams, or Design-Build-Fly, put these at the top of your resume. Commercial space companies value proven builders over pure GPA.
   • Showcase Technical Tools: Explicitly list industry-standard software you know (e.g., CATIA, NX, SolidWorks, ANSYS, MATLAB, Python, or Git).
   • Instead of "tested a rocket nozzle," write "designed and static-fired a 500lbf LOX/Ethanol thrust chamber, reducing throat erosion by 15%" (use 15% format).
3. Leverage Industry Networks and Communities
   • Attend Space Conferences: If budget allows, student or young professional rates at conferences like the AIAA SciTech Forum or the International Astronautical Congress (IAC) are goldmines for networking.
   • Engage on LinkedIn: Follow lead propulsion, structures, and avionics engineers at your target companies. When applying, send a polite, concise note to the hiring manager or a team lead expressing your specific enthusiasm for their program.
   • Join Space Discords & Slack Groups: Communities like the Master of None space discord or university alumni networks often share unlisted or internal referral opportunities.
4. Master the Technical Interview Process
   • Brush Up on Fundamentals: Be ready for fundamental questions on compressible aerodynamics, orbital mechanics, structural mechanics (stress/FEA), or control systems depending on the role.
   • Prepare the "Project Deep Dive": Expect to spend 15–20 minutes walking through a major senior design or extracurricular project. Be ready to explain why you made specific engineering trade-offs (e.g., material selection, mass vs. cost).
   • Demonstrate First-Principles Thinking: Commercial space values rapid iteration and problem-solving under constraints. Show how you approach a problem you've never seen before.
5. Consider Stepping-Stone Roles
   • Test and Integration Engineering: Roles in environmental testing (vibration, thermal vacuum) or vehicle integration are often more accessible for new grads and place you right next to the flight hardware.
   • Government/Defense Contractors & Labs: Spending 1–2 years at NASA, the Air Force Research Laboratory (AFRL), or defense primes builds an elite clearance and technical baseline that commercial space recruiters love to poach.

If you want to narrow this down, tell me:

• What is your specific area of interest (e.g., propulsion, structures, avionics, systems)?
• Do you have any hands-on club or project experience you'd like help framing on a resume?

Breaking into the commercial space industry as a recent graduate requires a mix of targeted networking, demonstrating hands-on technical ownership, and utilizing specialized job platforms. Because commercial space moves fast—driven by lower launch costs, satellite constellations, and lunar exploration—companies value practical grit over traditional pedigree alone.youtube.com+2

1. Optimize Your Resume Around Hands-On Projects
   • Highlight student design teams (e.g., Rocketry clubs, Formula SAE, CubeSat projects) where you had end-to-end ownership.
   • Emphasize practical technical skills that commercial firms need immediately: low-level programming (like𝐶++ or Python), CAD software (SolidWorks, NX), Finite Element Analysis (FEA), or hands-on lab/machining experience.
   • Quantify your achievements (e.g., "Designed and tested a composite oxidizer tank valve, reducing component weight by 15%").youtube.com+2
2. Target Niche Space Job Boards
   • Skip generic searches on massive corporate boards and use industry-specific portals.
   • Browse active openings and company profiles on Space Crew or the European-focused Space-Careers to find targeted listings ranging from avionics to propulsion.
   • Keep an eye on aggregators like Indeed or LinkedIn using specific keywords like "entry-level spacecraft structures," "GNC engineer," or "integration and test technician."spacecrew.com+2
3. Leverage the "Tier-2 and Supply Chain" Strategy
   • Everyone applies to SpaceX, Blue Origin, or Rocket Lab, making those applicant pools hyper-competitive.
   • Target Tier-2 suppliers, subsystem manufacturers, and component vendors (companies building thrusters, reaction wheels, radiation-hardened electronics, or specialized harness assemblies). Getting your start here builds direct industry clout.
4. Network Where Space People Gather
   • Attend or virtually track major conferences and professional societies like the AIAA (American Institute of Aeronautics and Astronautics) or the Space Generation Advisory Council (SGAC).
   • Reach out to engineers or engineering managers at target companies on LinkedIn with short, specific informational interview requests—not to ask for a job right away, but to learn about their current technical challenges.

To help narrow your search, tell me:

• What is your specific engineering focus (e.g., structures, propulsion, avionics, flight software)?
• Do you have citizenship or residency restrictions (like US ITAR requirements) that limit your target companies?

Absolutely. As a recent aerospace engineering graduate, I’d approach commercial space as a skills + networking + targeted applications problem rather than simply applying to “aerospace engineer” postings.

1. Target the right entry-level roles

Don’t limit yourself to jobs titled Aerospace Engineer. Commercial-space companies hire new grads into several pathways:

• Propulsion / propulsion test
• Structures / mechanical design
• GNC / flight dynamics
• Avionics / electrical
• Systems engineering
• Manufacturing / production engineering
• Integration & test (I&T)
• Launch operations
• Spacecraft operations
• Reliability / quality
• Flight software / simulation, if you have programming experience

For a new graduate, manufacturing, test, integration, and operations can be particularly good entry points because they put you close to actual hardware and flight programs.

2. Build a résumé around evidence, not coursework

A new-grad résumé shouldn't read like:

Aerospace Engineering graduate with knowledge of propulsion, structures, and orbital mechanics... Instead, make it show things you built, analyzed, tested, or improved.

For example:

Designed and fabricated a composite UAV wing, performing FEA analysis and static-load testing; reduced structural mass 18% while maintaining a 1.5× safety factor. That's much stronger than listing “Finite Element Analysis” under skills.

Try to have 2–4 projects you can discuss deeply. Good projects include:

• Rocket engine or propulsion testing
• CubeSat/spacecraft design
• UAV development
• Rocketry
• GNC simulation
• CFD/FEA projects
• Embedded avionics
• Autonomous vehicles
• Additive/manufacturing projects
• Controls or flight-dynamics simulations

And put your GitHub/portfolio on the résumé if it contains substantive work.

3. Learn the tools companies actually care about

You don't need to master everything. Pick a specialization and become unusually good at a few tools.

For example:

Mechanical/structures

• SolidWorks / Creo / CATIA
• ANSYS
• GD&T
• MATLAB/Python
• Hands-on machining/fabrication

GNC

• Python
• MATLAB/Simulink
• C++
• Kalman filtering
• State-space/control theory
• Orbital mechanics

Propulsion

• Thermodynamics
• MATLAB/Python
• CAD
• Instrumentation/data acquisition
• Test procedures
• Fluids/heat transfer

Systems/I&T

• Requirements management
• SysML
• MATLAB/Python
• Verification & validation
• Test planning
• Configuration management

The important part is being able to say “I used X to accomplish Y”, rather than merely having X on your résumé.

4. Apply to commercial space broadly

I'd make a spreadsheet of perhaps 50–100 companies, not just the famous names.

Think across:

• Launch vehicles
• Spacecraft
• Earth observation
• In-space transportation
• Satellite communications
• Space stations/habitats
• Lunar systems
• Space robotics
• Propulsion
• Space domain awareness
• Ground systems

And don't automatically reject smaller companies. A 100-person startup may give a new engineer dramatically more hardware ownership than a huge aerospace contractor.

5. Network with engineers, not just recruiters

This is one of the highest-return things you can do.

On LinkedIn, find engineers who have the job you want and send something like:

Hi Sarah — I recently graduated in aerospace engineering and I'm trying to break into spacecraft GNC. I saw that you work on GNC at ___ and have been learning more about the field. I'd really appreciate hearing how you got started and what skills you think are most valuable for an entry-level engineer. Don't immediately ask for a job.

A 15-minute conversation can turn into:

“Actually, we're hiring a junior GNC engineer. Send me your résumé.” That's far more valuable than sending another anonymous application.

6. Treat geography strategically

For U.S. commercial space, being willing to relocate can make a huge difference. Major ecosystems include:

• Southern California
• Florida's Space Coast
• Texas
• Colorado
• Washington
• Arizona
• Virginia
• Alabama
• New Mexico

Since you're a recent grad, I'd seriously consider applying nationwide rather than waiting for the perfect position locally.

7. Don't underestimate contractors

Companies such as engineering/service contractors can be an excellent way into the industry.

A first job doing test engineering, manufacturing engineering, systems engineering, or integration at a contractor can give you the experience needed to move into a launch/spacecraft company after 1–2 years.

Your first job doesn't have to be your dream company.

8. Have a compelling answer to “Why space?”

You'll almost certainly get some version of this question.

Avoid:

“I've always loved space.” Instead, connect your experience to the work:

“I became interested in spacecraft propulsion through my senior design project, where I worked on ___ . What really appealed to me was the combination of thermal-fluid analysis and hardware testing. Since then I've been building my experience in ___, and I'm looking for a role where I can work directly on propulsion development and test.” That's much more convincing.

9. Current openings worth looking at

I also checked current openings rather than giving you only generic advice. One particularly relevant result is an Associate Spacecraft Operations and Analysis Engineer position in Los Angeles, listed as requiring a bachelor's degree and roughly 1–2 years of experience.

There's also an entry-level Manufacturing Engineer opening in Phoenix that could be a good route into aerospace/space hardware if you're open to manufacturing and production engineering.

A good 30-day plan

If I were in your position, I'd do this:

Week 1

• Rewrite résumé around projects/results.
• Create/update LinkedIn.
• Create a simple engineering portfolio.
• Pick one target specialization.

Week 2

• Identify 50 commercial-space companies.
• Apply to 10–15 highly relevant roles.
• Find 20 engineers on LinkedIn to contact.

Week 3

• Complete one small but impressive technical project.
• Contact another 20 engineers.
• Apply to another 10–15 roles.
• Start practicing technical interviews.

Week 4

• Follow up with people you contacted.
• Refine résumé based on job descriptions.
• Do mock interviews.
• Keep applications going—10–15 good applications/week is better than 100 indiscriminate ones.

The biggest thing I'd emphasize is don't wait until you feel “qualified.” A new aerospace grad isn't expected to know how to design an entire rocket. Companies are looking for evidence that you can learn quickly, solve engineering problems, communicate, and actually build/test things.

If you tell me your location, GPA, internships/co-ops, strongest aerospace area (propulsion/GNC/structures/etc.), software skills, and whether you're willing to relocate, I can turn this into a much more specific job-search strategy and identify the kinds of commercial-space roles you should prioritize.

There's also an entry-level Manufacturing Engineer opening in Phoenix that could be a good route into aerospace/space hardware if you're open to manufacturing and production engineering.

Hi Sarah — I recently graduated in aerospace engineering and I'm trying to break into spacecraft GNC. I saw that you work on GNC at ___ and have been learning more about the field. I'd really appreciate hearing how you got started and what skills you think are most valuable for an entry-level engineer. Don't immediately ask for a job.

A 15-minute conversation can turn into:

“Actually, we're hiring a junior GNC engineer. Send me your résumé.” That's far more valuable than sending another anonymous application.

6. Treat geography strategically

For U.S. commercial space, being willing to relocate can make a huge difference. Major ecosystems include:

• Southern California
• Florida's Space Coast
• Texas
• Colorado
• Washington
• Arizona
• Virginia
• Alabama
• New Mexico

Since you're a recent grad, I'd seriously consider applying nationwide rather than waiting for the perfect position locally.

7. Don't underestimate contractors

Companies such as engineering/service contractors can be an excellent way into the industry.

A first job doing test engineering, manufacturing engineering, systems engineering, or integration at a contractor can give you the experience needed to move into a launch/spacecraft company after 1–2 years.

Your first job doesn't have to be your dream company.

8. Have a compelling answer to “Why space?”

You'll almost certainly get some version of this question.

Avoid:

“I've always loved space.” Instead, connect your experience to the work:

“I became interested in spacecraft propulsion through my senior design project, where I worked on ___ . What really appealed to me was the combination of thermal-fluid analysis and hardware testing. Since then I've been building my experience in ___, and I'm looking for a role where I can work directly on propulsion development and test.” That's much more convincing.

9. Current openings worth looking at

I also checked current openings rather than giving you only generic advice. One particularly relevant result is an Associate Spacecraft Operations and Analysis Engineer position in Los Angeles, listed as requiring a bachelor's degree and roughly 1–2 years of experience.

Breaking into the commercial space industry (NewSpace) as a recent aerospace graduate takes a mix of targeted networking, practical proof of your skills, and knowing where to look beyond standard job boards . Unlike legacy defense contractors, commercial space companies (like SpaceX, Rocket Lab, Blue Origin, Stoke Space, and numerous satellite/constellation startups) value speed, iteration, and hands-on hardware or software experience.

Here is a step-by-step game plan to land your first role:

1. Leverage Niche Space Job Boards

General sites like LinkedIn and Indeed are fine, but the commercial space sector relies heavily on specialized platforms where NewSpace startups and primes post open roles directly.

• Check out listings tailored specifically to the sector on Space Crew or Space-Careers.space-careers.com
• Follow specialized aggregators and newsletters (like Orbit Job or Aerospace Jobs boards) that track fast-growing private space companies.
• Go directly to the "Careers" pages of mid-sized and startup NewSpace companies (propulsion, avionics, smallsat manufacturing, and ground software startups often have less bureaucratic entry-level hiring than massive primes).

2. Highlight Hands-On, End-to-End Projects

Commercial space companies care far more about what you have built and tested than your GPA. If you worked on a collegiate design team (Rocketry club, Formula SAE, CubeSat, DBF—Design/Build/Fly), make that the centerpiece of your resume.

• Demonstrate technical ownership : Detail a project from early conception/requirements to physical manufacturing, testing, and failure recovery.youtube.com+1
• Show fluency in modern tools used across NewSpace (e.g., CAD software like SolidWorks/NX, FEA/CFD analysis, or programming languages like Python, C++, and MATLAB for flight software or data reduction).spacecrew.com+2

3. Target the Right Entry-Level Roles

Sometimes graduates get stuck looking only for "Aerospace Engineer" titles and miss vital entry points. Broaden your search to high-need operational and integration roles that serve as great launchpads:

• AIT (Assembly, Integration, and Test) Engineer: Hands-on hardware assembly and environmental testing are huge bottlenecks for space startups; it’s a fast track to understanding whole systems.
• Systems Engineer / Associate Systems Engineer: Helping coordinate interface requirements and mission architecture.
• Subsystem Roles (Propulsion, Thermal, Structures, or GNC): Apply even if you only meet 60-70% of the qualifications, as startups move fast and train bright, adaptable grads.spacecrew.com+1

4. Network Where Space People Actually Hang Out

Cold-applying works, but a warm referral or direct connection to a hiring manager or lead engineer changes the odds completely.

• Conferences: If possible, attend industry events or student sections of AIAA (American Institute of Aeronautics and Astronautics), Small Satellite Conference , or regional space symposia.
• LinkedIn/X (Twitter): Many NewSpace founders, VPs of Engineering, and lead recruiters are active on social media. Don’t just send a connection request—send a brief, personalized note highlighting a specific project you built that mirrors their technical challenges.

To help narrow this down, tell me:

• What specific sub-discipline (e.g., structures, propulsion, GNC, or software) do you want to focus on?
• Do you have any hands-on collegiate project experience (like a rocketry or satellite team)?

Absolutely. As a recent aerospace engineering grad, you’re in a good position—but “aerospace engineer” is too broad a job-search strategy. The commercial space industry hires new grads into very specific engineering functions.

1. Pick 1–2 technical lanes

Your job search will be much more effective if your resume says something like:

• Structures / mechanical: CAD, FEA, composites, mechanisms, testing
• Propulsion: fluids, thermodynamics, combustion, turbomachinery, propulsion testing
• GNC: controls, orbital mechanics, MATLAB/Python, simulation
• Systems engineering: requirements, trade studies, interfaces, integration & test
• Avionics / flight software: C/C++, Python, embedded systems, electronics
• Manufacturing / test: machining, GD&T, assembly, production, qualification testing
• Flight operations: launch operations, mission operations, telemetry, procedures

For a new grad, I'd prioritize hands-on engineering and test experience over having the perfect job title.

2. Target more companies than just SpaceX

The commercial space ecosystem is much larger than the handful of famous launch companies. Look at:

• Launch vehicles: SpaceX, Rocket Lab, Firefly, Stoke, Relativity, Blue Origin
• Satellites/spacecraft: Astranis, Terran Orbital, Planet, Loft Orbital, Maxar, Millennium
• In-space transportation: Impulse Space, Vast, Orbit Fab, Space Kinetic
• Propulsion: Ursa Major, Launcher, Agile Space, Exotrail
• Space infrastructure: Axiom Space, Redwire, Voyager/Barrios, Sierra Space
• Test/manufacturing suppliers: smaller aerospace contractors and specialty manufacturers

And don't automatically reject defense-space companies. A first job building spacecraft at a defense contractor can be an excellent launchpad into commercial space.

For example, Millennium Space Systems currently has an Early-Career Spacecraft Systems Engineer opening in El Segundo. It involves requirements, spacecraft design, integration/test, verification and validation, and model-based systems engineering—exactly the sort of experience that transfers well across the space industry.Boeing Careers

There is also an entry-level spacecraft mechanical engineering opening at Millennium.Boeing Careers

jobs.boeing.com

3. Make your resume scream “I can build things”

This is probably the biggest differentiator for a new grad.

Don't just write:

Relevant coursework: Aerodynamics, Propulsion, Controls, Structures Instead, turn projects into evidence:

Liquid Rocket Engine Test Stand — Propulsion Lead

• Designed and fabricated a pressure-fed LOX/ethanol test article using SolidWorks
• Developed Python data-reduction scripts for pressure and temperature measurements
• Conducted 12 static-fire tests and analyzed chamber-pressure and thrust data
• Identified and corrected a fuel-feed instability during test campaign Even if the project was at school, that sounds like an engineer who can contribute to a flight program.

Your strongest resume material should generally be:

Projects → internships/co-ops → research → clubs/design teams → coursework

rather than the other way around.

4. Build one impressive portfolio project

If your experience is thin, don't wait for an employer to give you experience.

Build something you can put on GitHub/a personal site and discuss technically in an interview.

Good examples:

• 6-DOF rocket flight simulator
• Orbit-determination tool in Python
• Attitude-control simulation
• CubeSat thermal model
• Rocket engine performance model
• Structural FEA study with validation
• GN&C simulation
• Star-tracker/IMU simulation
• Small avionics board
• Model rocket with telemetry
• UAV/rocket flight computer

The key is not complexity. A polished project with equations, assumptions, test data, plots, GitHub code, and a design-review-style writeup is much more valuable than 10 half-finished projects.

5. Learn the tools that show up in actual space jobs

For an aerospace new grad, I'd prioritize:

Essential

• Python
• MATLAB/Simulink
• SolidWorks/CATIA/NX
• Git
• Excel
• Basic Linux

Then specialize:

Structures: ANSYS/Abaqus, FEA, GD&T, composites

Propulsion: CFD, thermofluids, instrumentation, test procedures

GNC: controls, state estimation, orbital mechanics, C++, MATLAB

Systems: requirements management, MBSE, SysML, verification/validation

Avionics: C/C++, embedded systems, CAN, UART/SPI/I²C, PCB design

You don't need to master all of these. Pick the stack corresponding to the jobs you want.

6. Apply to jobs that don't have “aerospace engineer” in the title

This is a huge one.

Search for:

• Mechanical Engineer I
• Systems Engineer I
• Manufacturing Engineer I
• Test Engineer
• Integration Engineer
• Propulsion Engineer
• GNC Engineer
• Flight Dynamics Engineer
• Structures Engineer
• Thermal Engineer
• Vehicle Engineer
• Spacecraft Engineer
• Mission Operations Engineer
• Reliability Engineer
• Quality Engineer
• Design Engineer

For example, Boeing currently has an Entry Level Satellite/Space Systems rotational engineering program covering space systems engineering, design, build, integration and testing.Boeing Careers

jobs.boeing.com

7. Don't overlook internships after graduation

This sounds counterintuitive, but a 3–6 month engineering internship at a great space startup can be better than sitting unemployed waiting for the perfect full-time job.

Firefly, for example, has explicitly advertised engineering internships where new graduates are encouraged to apply, including work around launch-site operations.LinkedIn

There are also programs specifically designed to turn recent graduates into full-time engineers. Space Kinetic currently describes a three-month GNC development program as a pathway toward longer-term employment.Greenhouse

8. Use your university network aggressively

For your first space job, networking can be disproportionately valuable.

Contact:

• Professors you worked closely with
• Alumni working at space companies
• Former internship coworkers
• Rocket/CubeSat team alumni
• Career-center recruiters
• Engineering managers you've met at conferences

Don't send:

“Hi, I'm looking for a job. Can you help?” Instead:

“I'm a recent aerospace engineering graduate specializing in propulsion and test. I saw that your team works on spacecraft propulsion systems, and I'm trying to learn more about what skills you look for in entry-level engineers.” That's much easier for someone to respond to.

9. Consider government-adjacent space work too

The FAA's Office of Commercial Space Transportation is another interesting route. AST works directly with commercial launch/reentry companies and deals with vehicle systems, propulsion, flight dynamics, safety, testing and launch operations.Federal Aviation Administration

And The Aerospace Corporation specifically recruits recent graduates across the space enterprise.The Aerospace Corporation

aerospace.org

10. Your job-search strategy should look like this

I'd use a 50/30/20 split:

50% — direct applications Apply to roles where you meet ~60–70% of the requirements. Don't self-reject because you don't have every preferred qualification.

30% — networking Reach out to engineers, alumni, recruiters and former coworkers.

20% — capability building Spend your time improving one technical area and creating something you can demonstrate.

And I'd aim for 10–15 highly targeted applications per week, rather than blasting out 100 generic applications.

One important reality

Commercial space companies often care enormously about hands-on experience, speed, ownership and willingness to work on hardware. Current entry-level postings reflect this: Boeing's satellite/space-systems program explicitly asks candidates to demonstrate leadership and prior internship/work experience, while Millennium's early-career systems role emphasizes taking spacecraft through design, fabrication, integration, test and verification.Boeing Careers+1

So your goal isn't merely to convince someone:

“I have an aerospace engineering degree.” It's to convince them:

“Give me a subsystem, a test article, or an engineering problem, and I can figure it out, build/analyze it, test it, document it, and take ownership of the result.” If you tell me your graduation date, whether you have internships, your strongest area (structures/propulsion/GNC/systems/etc.), and whether you're willing to relocate, I can turn this into a specific 30-day job-search plan and identify current space-industry roles that fit your profile.

Breaking into commercial space as a new aerospace engineering graduate is very doable, but the strategy is different from traditional aerospace. Commercial space companies often hire people who can build, test, iterate, and take ownership quickly—not just people with strong coursework.

Here’s a practical approach.

1. Pick a lane (don’t apply to “aerospace engineer” broadly)

Entry-level candidates do better when they market themselves for a specific function:

• Launch vehicles

• Propulsion

• Structures

• Fluids

• GNC (guidance, navigation, and control)

• Avionics

• Manufacturing/test engineering

• Spacecraft/satellites

• Systems engineering

• Thermal

• Attitude determination and control

• Power

• Flight software

• Payload integration

• Space operations

• Mission operations

• Ground systems

• Flight dynamics

• Mission planning

• Manufacturing and test

• Integration & test (I&T)

• Hardware qualification

• Production engineering

For a recent grad, “I can help build and test flight hardware” is often a stronger pitch than “I studied aerospace.”

2. Target companies where new grads actually get responsibility

Look beyond only the biggest names. Large primes are valuable, but smaller commercial companies often give younger engineers more hands-on experience.

Examples of companies worth tracking:

• SpaceX
• Rocket Lab
• Relativity Space
• Blue Origin
• Firefly Aerospace
• Axiom Space
• Astroscale

There are also strong opportunities at established aerospace organizations. For example, entry-level satellite and space systems rotational programs exist at companies such as Boeing, and commercial-space-adjacent roles appear regularly at organizations supporting launch and spacecraft development.Boeing Careers+1

3. Make your resume look like an engineer who can ship hardware

A weak aerospace resume:

“Completed coursework in orbital mechanics, propulsion, and structures.” A stronger one:

“Designed and tested composite pressure vessel prototype; analyzed failure modes using FEA; reduced mass by 18% while meeting pressure requirements.” Emphasize:

• Hardware you built
• Tests you ran
• Failures you diagnosed
• CAD you used
• Simulation tools
• Coding
• Manufacturing experience
• Lab work
• Team projects

Good keywords:

• CAD (SolidWorks, CATIA, NX)
• MATLAB/Python
• ANSYS/Abaqus
• FEA
• CFD
• GD&T
• CNC machining
• composites
• propulsion testing
• avionics integration
• systems engineering
• requirements verification

4. Build one impressive portfolio project

A single serious project can separate you from hundreds of applicants.

Examples:

Propulsion-focused

• Design a small liquid rocket engine analysis tool
• Build a thrust stand
• Analyze injector performance
• Run combustion simulations

Spacecraft-focused

• Design a CubeSat subsystem
• Build attitude determination software
• Simulate orbital operations

GNC/software-focused

• Write a 6DOF spacecraft simulator
• Implement a Kalman filter
• Build a guidance algorithm

Put it on GitHub or a simple portfolio site with:

• Problem statement
• Design choices
• CAD/screenshots
• Test results
• Lessons learned

5. Network the right way

Cold applying alone is usually inefficient.

Better:

1. Find engineers at target companies.
2. Send a short message:

“I’m a recent aerospace engineering graduate interested in spacecraft structures. I saw your work on [project]. I’d appreciate hearing how you built your career in commercial space.”

3. Ask for advice, not a job.
4. Stay in touch.

Space is a relatively small industry. A recommendation from someone inside can move your application from a pile of resumes to an interview.

6. Apply to “less glamorous” roles that open doors

Many people chase:

• Propulsion engineer
• Spacecraft designer
• GNC engineer

Those are competitive.

Also apply to:

• Manufacturing engineer
• Test engineer
• Integration engineer
• Systems engineer
• Quality engineer
• Mission operations engineer
• Supplier engineer

A year of hands-on flight hardware experience can make you much more competitive.

7. Consider locations strategically

The commercial space industry clusters heavily around:

• Southern California (Los Angeles, El Segundo, Hawthorne, Long Beach)
• Seattle area
• Denver/Boulder
• Washington, DC/Virginia
• Florida Space Coast
• Texas

If you can relocate, your odds improve significantly.

8. Use job searches intelligently

Search terms that work better than “aerospace engineer”:

• “associate systems engineer spacecraft”
• “entry level propulsion engineer”
• “launch vehicle test engineer”
• “spacecraft integration engineer”
• “flight hardware engineer”
• “mechanical engineer space”
• “new graduate aerospace”

Recent graduate roles are actively posted across these categories; for example, companies have advertised new graduate engineering roles in launch vehicles, satellite systems, and propulsion-related work.Workday Jobs+1

A 30-day plan

Week 1

• Rewrite resume around projects/results
• Update LinkedIn headline: > Aerospace Engineer | Spacecraft Systems | CAD + MATLAB | Seeking Commercial Space Roles

Week 2

• Build or polish one portfolio project
• Make a list of 50 target companies

Week 3

• Contact 5–10 engineers per week
• Apply to 10–15 highly targeted roles

Week 4

• Practice technical interviews: - orbital mechanics
• structures
• fluids
• controls
• manufacturing
• design tradeoffs

If you tell me your specialization (propulsion, structures, GNC, spacecraft, etc.), location preference, citizenship/work authorization situation, and whether you have internships/projects, I can suggest a much more targeted job-search strategy.

Breaking into the commercial space industry as a recent aerospace engineering graduate requires a mix of targeted networking, practical project experience, and strategic applications. Unlike traditional defense primes, commercial space companies (like SpaceX, Blue Origin, Rocket Lab, Firefly, and numerous satellite or software startups) move fast, iterate rapidly, and heavily value hands-on building.

Here is a step-by-step roadmap to land your first role:

1. Build a High-Impact, Project-Centric Resume

• Highlight hands-on student projects: If you participated in Formula SAE/Student Launch, Rocketry clubs (like SES or ES&S) , or CubeSat teams , put these at the top. Commercial employers care deeply about what you’ve actually built, tested, and broken.
• Showcase practical technical stacks: Explicitly list software and tools you know—such as CAD (SolidWorks, NX), FEA/CFD , and programming languages like Python, C++, or MATLAB.youtube.com+1
• Quantify your impact: Instead of "helped design a rocket nozzle," write "optimized a thrust-chamber cooling channel geometry in CAD, reducing predicted thermal stress by 1 5%."

2. Target Companies Directly (Don't Just Rely on Job Boards)

• Map out the ecosystem: Make a list of companies categorized by sector:
  • Launch Vehicles: SpaceX, Blue Origin, Rocket Lab, Relativity Space, Firefly Aerospace.
  • Satellites & Constellations: Planet, Maxar, Sierra Space, Astranis.
  • Ground Station & Subsystems: Turion Space, Varda Space Industries, and various propulsion/avionics startups.youtube.com+1

3. Leverage Networking and Industry Events

• Utilize LinkedIn strategically: Connect with engineers or engineering managers at your target companies—not by asking for a job outright, but by asking a brief, insightful question about their technical stack or a recent flight test.
• Attend professional conferences: If feasible, attend events hosted by the American Institute of Aeronautics and Astronautics (AIAA) or the Small Satellite Conference . These events are hotbeds for commercial space recruiting.

4. Consider Stepping-Stone Roles

• If direct entry-level roles at marquee commercial space giants are fiercely competitive, look at tier-2/tier-3 suppliers, defense contractors, or automotive/manufacturing sectors.
• Gaining 1–2 years of experience in high-tolerance manufacturing, quality control, or systems integration at a traditional supplier makes you a very attractive lateral hire for commercial space firms later.

If you'd like, let me know:

• Your specific area of interest (e.g., propulsion, structures, guidance/navigation/control (GNC), or software)
• Whether you have hands-on club or project experience to highlight

I can give you more tailored advice on how to frame your background.