What to Know
Aeronautical engineers help design and improve aircraft. Aerospace engineering also includes spacecraft. Teams work on different parts of a design, such as structures, propulsion, controls, or how air moves around a wing.
Design and improve aircraft, systems, structures, interiors, and technology while balancing safety and performance.
Aeronautical engineers help design and improve aircraft. Aerospace engineering also includes spacecraft. Teams work on different parts of a design, such as structures, propulsion, controls, or how air moves around a wing.
An engineer might compare designs using calculations or computer models, review test results, and explain a proposed change. Design involves tradeoffs: making a part lighter, for example, must be balanced with how it performs and how it can be made.
This may suit someone who enjoys asking why, testing ideas, and revising a solution. Communication matters because engineers rarely design a complete aircraft alone.
An engineering bachelor's degree is the usual starting point. Compare aerospace programs with related fields such as mechanical and electrical engineering. Projects and internships help connect classroom mathematics and physics with real design decisions.
This guide focuses on U.S. pathways. Use the linked sources and current job or course listings to check the requirements for your situation.
Design two paper gliders, change one feature, and record several test flights. Explain the limits of your experiment as well as the result.
What does a new engineer actually work on, and how are their designs reviewed?
Career exploration builds on Ishitha's Cleared for Takeoff, “Careers in the Aviation Industry,” pages 32–42, with additional explanations and suggested activities from Gateway. Official sources reviewed September 13, 2026.