Aerospace Engineer

Aerospace engineering is not protected because aircraft and spacecraft sound exciting; it is protected where the work has to survive physics, safety margins, tests, configuration control, and certification evidence. AI can speed trade studies, simulation setup, design variants, code scripts, documentation, requirements tracing, and test planning. It does not own an airworthiness case, explain a failure investigation, or decide that a system is safe to fly. Nationally, the job base is about 71,600, with yearly openings near 4,500; growth runs around 6.1%, and median pay is about $134,960. Commercial cycles and federal budgets still make demand uneven.

Look for programs and employers that teach evidence, not only design software. Good early exposure includes test plans, verification, manufacturing constraints, safety cases, requirements, quality systems, and failure review. Be careful with any pitch that treats space growth or defense spending as automatic career protection; hiring still depends on programs, contracts, and production cycles. Compare internships on whether junior engineers see hardware, data, tests, and reviews, because that is where the role becomes more durable than ordinary document production and tool setup.