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Aircraft & spacecraft systems

Aerospace Engineer

Extraordinary work, concentrated in a handful of places.

Typical pay

$85k-$155k

How you get in

ABET bachelor's in aerospace or mechanical engineering

Outlook

Strong; defense spending and commercial space both growing

Aerospace engineers design aircraft, spacecraft and propulsion systems. The work is genuinely remarkable and geographically concentrated, and much of it requires US citizenship and a security clearance.

A day in the life

  1. 8:00aReview analysis results from overnight simulation runs
  2. 9:30aStructural or aerodynamic modeling
  3. 11:30aDesign review with systems engineering
  4. 1:00pLunch
  5. 2:00pTest planning and requirements verification
  6. 4:00pDocumentation — heavily regulated and thorough

How to get in

Aerospace engineering degree

Duration

4-5 years

Cost

$40,000-$200,000

Credential

BS in aerospace engineering (ABET-accredited)

  1. Complete an ABET-accredited aerospace or mechanical engineering degree
  2. Join design-build-fly or rocketry teams — these matter for hiring
  3. Intern with a manufacturer, defense contractor or NASA center
  4. Expect to relocate to where the industry is concentrated

Mechanical engineering into aerospace

Duration

4-6 years

Cost

$40,000-$180,000

Credential

BS in mechanical engineering

  1. Complete a mechanical engineering degree, which is more broadly employable
  2. Take aerospace electives in aerodynamics, propulsion and structures
  3. Enter the industry through structures, thermal or manufacturing roles
  4. Keeps other industries open if aerospace programs contract

Military and clearance route

Duration

4-10 years

Cost

$0-$180,000

Credential

Degree plus security clearance

  1. Serve in a technical military role, or complete a degree
  2. Obtain a security clearance, which is a substantial hiring advantage
  3. Cleared engineers are in persistent short supply
  4. Defense contractors will often sponsor clearances for strong candidates

What people love

  • · Genuinely extraordinary engineering problems
  • · Strong pay and job stability
  • · Defense funding provides consistency
  • · Commercial space has expanded opportunities considerably

What wears people down

  • · Jobs concentrated in a few states
  • · Most roles require citizenship and clearance
  • · Slow development cycles and heavy documentation
  • · Program cancellations cause layoffs

From people doing it

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