REAL-WORLD STEM. EXTRAORDINARY POSSIBILITIES.
aviation careers

Aviation careers begin with a question

Help students explore the people and technical skills behind aviation and aerospace.

Flying and coordinating

Pilots operate aircraft; air traffic professionals and airport teams help coordinate activity. A classroom mission can introduce the need for clear communication, situational awareness, and accurate information. Ask students to investigate how these roles differ rather than combining them into a single job description.

Designing and maintaining

Aerospace engineers, aircraft technicians, and avionics specialists work with different aspects of aircraft and their systems. A control-system diagram or troubleshooting discussion can introduce the relationship between design, performance, and maintenance. Students can connect an interest in systems to further study.

Weather, software, and uncrewed aircraft

Meteorology and software contribute to modern aviation. Drone operations introduce another set of technical questions about control, planning, and responsibility. Python Flyer can connect programming with a classroom flight task, while SafeDRONE introduces supervised drone learning.

Explore the next step responsibly

Ask students to select one role, research its responsibilities, and identify the education or training it requires. This program supports career exploration; it does not promise certification, college credit, or employment. Requirements should be checked with current official training and licensing sources.

Try it in your classroom

Build a career connection map

Choose one classroom mission. List the roles that could support a real flight, the information each role needs, and a school subject connected to that work. Research one role further and explain what surprised you.

Ready for takeoff?

Let’s put your students’
potential in the pilot’s seat.

Build an aviation STEM program around your school, your goals, and your students.