How to Build a Career in Aerospace Engineering
A practical career guide for aerospace candidates exploring aircraft, spacecraft, satellites, defense systems, UAS, testing, manufacturing, and specialist engineering paths.
Article contents
Key takeaways
- Aerospace engineering careers span aircraft, spacecraft, satellites, missiles, UAS, propulsion, avionics, manufacturing, testing, and certification.
- The strongest candidates combine engineering fundamentals with systems thinking, documentation discipline, test awareness, and domain tools.
- The U.S. Bureau of Labor Statistics projects aerospace engineer employment to grow 6 percent from 2024 to 2034.
- AI, digital engineering, small satellites, UAS, advanced air mobility, MRO, and aerospace manufacturing are creating new career opportunities.
Why aerospace engineering is a strong career path
Aerospace engineering is not one narrow job. It is a family of technical careers connected to aircraft, spacecraft, satellites, defense systems, remotely piloted aircraft, launch vehicles, avionics, propulsion, structures, manufacturing, and testing.
The U.S. Bureau of Labor Statistics describes aerospace engineers as professionals who design, develop, and test aircraft, spacecraft, satellites, and missiles. BLS also reports a 2024 median annual wage of $134,830 and projected 6 percent employment growth from 2024 to 2034.
The wider aerospace and defense market is also changing. PwC notes that commercial aerospace is working through a 10-plus year backlog at current production rates, while Deloitte's 2026 aerospace and defense outlook highlights AI, aftermarket MRO, supply chain resilience, and workforce transformation as major industry themes.
Understand the main aerospace career paths
Aerospace engineer is the broadest path, but candidates usually build depth in a specific lane. Common options include aerospace design engineer, stress or structural engineer, propulsion engineer, avionics engineer, systems engineer, flight test engineer, manufacturing engineer, quality engineer, certification engineer, reliability engineer, GNC engineer, embedded software engineer, and satellite systems engineer.
Aeronautical roles usually focus on aircraft and systems operating within Earth's atmosphere. Astronautical roles focus on spacecraft, satellites, launch vehicles, and systems that operate outside Earth's atmosphere.
Candidates should identify which part of the lifecycle they want to work in: concept design, detailed design, analysis, embedded systems, propulsion, systems integration, flight test, production, quality, certification, sustainment, or MRO.
Build the skills hiring teams look for
Aerospace hiring teams look for evidence of fundamentals first: mathematics, physics, mechanics, materials, electronics, software, controls, thermodynamics, fluid dynamics, or manufacturing depending on the role.
Tool fluency matters, but it needs project context. CAD, CAE, FEA, MATLAB, Python, PLM, MBSE, simulation tools, embedded development tools, test data analysis, and configuration control are stronger when candidates can explain what they used them to solve.
Because aerospace work is safety-critical and highly documented, strong candidates also show requirements awareness, drawing discipline, test thinking, quality mindset, traceability, communication, and the ability to work across systems and teams.
Watch the emerging opportunity areas
NASA highlights engineering work around rockets, spacecraft systems, alternative propulsion, supersonic flight, testing, and mission-focused collaboration. That means aerospace careers are not limited to conventional aircraft design.
FAA aerospace forecasts track commercial aviation, commercial space, UAS, advanced air mobility, and remote pilots. These areas create demand for autonomy, controls, airspace integration, certification, flight safety, sensors, and software.
Deloitte's 2026 aerospace and defense outlook points to AI, agentic AI, autonomous systems, predictive maintenance, digital sustainment, supply chain analytics, and multidisciplinary workforce skills. Candidates who can connect aerospace fundamentals with data, simulation, systems, and manufacturing context will be easier for hiring teams to understand.
Prepare your resume and interviews around evidence
Aerospace resumes should not read like generic engineering resumes. Put aerospace-relevant projects, tools, methods, standards, test context, and subsystem exposure where recruiters can find them quickly.
For interviews, prepare examples that show the problem, your role, the technical decision, the tradeoff, the verification method, and the result. Hiring teams are usually looking for engineering judgment, not just tool names.
If a role is related to national defense, understand whether security clearance eligibility is relevant. BLS notes that aerospace engineers working on national defense projects may need a security clearance, and some clearance levels may require U.S. citizenship.
Practical checklist
- Choose your target lane: design, stress, propulsion, avionics, systems, test, manufacturing, quality, certification, software, or satellite systems.
- Map your resume to the role's strongest aerospace signals.
- Prepare two or three project stories with problem, action, tradeoff, test, and result.
- List tools only when you can explain the project context behind them.
- Review aerospace fundamentals connected to the job description.
- Be clear about location, work mode, clearance eligibility, and availability constraints.
FAQ
Is aerospace engineering only about aircraft?
No. Aerospace engineering includes aircraft, spacecraft, satellites, missiles, UAS, propulsion systems, avionics, manufacturing, testing, certification, and sustainment.
What degree do aerospace engineers usually need?
BLS says aerospace engineers typically need a bachelor's degree in aerospace engineering or a related engineering or science field.
Which tools should aerospace candidates learn?
It depends on the role, but useful tool areas include CAD, CAE, FEA, MATLAB, Python, simulation, PLM, MBSE, embedded development, and test data analysis.
Is aerospace engineering a good career path?
It can be a strong path for candidates with engineering fundamentals, project evidence, and domain-specific skill depth. BLS projects aerospace engineer employment to grow 6 percent from 2024 to 2034.