Overview
Aerospace engineers work on aircraft, launch vehicles, satellites, and the systems that support them. Design is tightly coupled: changing wing area affects drag and structural load, while adding fuel increases mass and required thrust.
Core ideas
Aerodynamics describes airflow and forces; propulsion converts energy into thrust; structures manage loads without excessive mass. Flight dynamics tracks stability and control. Engineers quantify uncertainty and revisit assumptions as evidence improves.
Try it
Make paper gliders from two wing shapes, hold launch conditions steady, and measure distance and flight time across five trials. Record the result and explain one limitation.
Study pathways
Useful foundations include calculus, physics, programming, and materials science. University aerospace programs may include labs and team design projects; related mechanical or electrical degrees can also lead to the field. Review program outcomes and local requirements before choosing a path.