Learning how air moves around vehicles helps engineers improve stability and reduce drag.
Look for aerodynamics and wind-tunnel or simulation projects.
field
Aerospace engineering
What you may learn
How aircraft and spacecraft are designed and how their systems work.
What to check
If you want to fly aircraft, check pilot training and licensing separately.
Does not confer permission to fly aircraft.
Save areas you want to explore in your free account. These choices do not change your current education.
Connected careers
Learning about aircraft and spacecraft helps engineers design parts for flight and mission needs.
Check which aircraft or spacecraft systems the course covers, plus local testing and design approval requirements.
Learning about aircraft systems helps engineers define safe requirements and connections between flight equipment.
Look for aircraft systems content and check local rules for design and approval work.
Learning how aircraft behave helps engineers choose flight tests and judge performance.
Look for flight-testing content and check aviation safety training and permissions for your planned work.
Learning about launch vehicles helps engineers coordinate system checks before liftoff.
Look for launch-vehicle systems and check the supervised training and local permissions needed for launch operations.
Learning about propulsion helps engineers design engine parts that produce thrust.
Check for propulsion content and supervised engine-test safety training.
Learning about satellites helps engineers balance weight, power, data and temperature limits.
Look for satellite-system design and testing projects.
Learning about spacecraft and orbits helps engineers plan where satellites go after their missions end.
Look for orbital planning projects and check the mission rules where you plan to work.
Learning about spacecraft systems helps engineers turn mission needs into workable technical plans.
Look for space-system design and integration projects.
Aircraft-system learning helps you understand engines and airframes when inspecting and repairing them.
Check aircraft maintenance coverage, supervised training and local maintenance or sign-off permissions.
Sources and limitations
BLS: Mechanical engineers · · 2026-10-11
US broad mechanical-engineering occupation; partial comparator for thermal, fluids, design and tooling specialisms.
BLS: Electrical and electronics engineers · · 2026-10-11
US broad electrical/electronics engineering; identifies power, radio and control specialisations but not every circuit subtype.
BLS: Aerospace engineers · · 2026-10-11
US aircraft/space engineering; broader comparison for named flight, propulsion and mission specialisms.
NASA: System Design Processes · · 2026-10-11
NASA mission systems-design practitioner guidance; a method source, not occupational or degree-pathway validation.
NASA: Space Sustainability Strategy · · 2026-10-11
Agency strategy summary, not a curriculum or named career profile.
BLS Occupational Outlook Handbook: Aircraft and Avionics Equipment Mechanics and Technicians · · 2026-10-11
US aircraft maintenance and avionics subtypes. FAA requirements stay US-specific.