AEROSPACE ENGINEERING DUTY OFFICER (1460)

OVERVIEW

The 1460 Aerospace Engineering Duty Officer (AEDO) designator identifies Restricted Line officers in the U.S. Navy who specialize in the design, development, acquisition, test, maintenance, modernization, and disposal of Navy aircraft and aviation weapons systems. AEDOs do not command flying squadrons; instead, they serve in engineering, acquisition, and program-management roles at Naval Air Systems Command (NAVAIR), Naval Air Warfare Centers, and Program Executive Offices.

Most AEDOs lateral-transfer into the community as Lieutenants from the Naval Aviator (1310) or Naval Flight Officer (1320) communities, then earn a graduate engineering degree at Naval Postgraduate School. AEDOs are the engineering backbone behind every Navy aircraft program — from F/A-18 sustainment to F-35C integration to the Navy's unmanned MQ-25 Stingray.

RESPONSIBILITIES

• Lead aircraft acquisition, test, and engineering programs at NAVAIR or PEO(A)
• Serve as Project Officer or Test Director at a Naval Air Warfare Center
• Manage in-service aircraft sustainment and modernization at a Fleet Readiness Center
• Integrate Navy aviation requirements with industry partners and joint stakeholders

HISTORY

The Aerospace Engineering Duty Officer designator was created in 1957 to recognize the unique engineering specialization required to manage Navy aviation programs, splitting the broader Engineering Duty community into ship-engineering (1440) and aviation-engineering (1460) tracks. The post-Korean War growth of carrier aviation, the move toward jet propulsion, and the rapidly increasing complexity of avionics and weapons systems made a dedicated, career-long aviation-engineering specialty essential to fleet readiness.

AEDOs were instrumental in every major Navy aviation acquisition program of the past sixty years, including the F-14 Tomcat, F/A-18 Hornet, AV-8B Harrier II, V-22 Osprey, E-2D Advanced Hawkeye, P-8A Poseidon, F-35C Lightning II, CMV-22B Osprey, and the in-development MQ-25A Stingray unmanned tanker. The community also led the engineering response to safety and obsolescence challenges across the legacy fleet, and today provides the technical leadership behind the Navy's transition to digital engineering and Agile aviation acquisition.

COMMISSIONING SOURCES

• Lateral transfer from URL aviation (most), Direct Commission for engineers

TRAINING PIPELINE

1. 1. AEDO Basic Course~6 weeks
   Patuxent River, MD
   Introduction to Navy aviation acquisition, test, and sustainment.
2. 2. Naval Postgraduate School (NPS)~24 months
   Monterey, CA
   Master's or PhD in aerospace engineering, systems engineering, or related.
3. 3. Production Tour~24–36 months
   NAVAIR / NAWCAD / NAWCWD
   Hands-on aviation engineering work earning AEDO basic qualification.

TYPICAL CAREER PATH

1. O-3
   Lateral Transfer + NPS
   Successful aviation officer transfers to 1460 and attends NPS for graduate engineering.
2. O-3/O-4
   AEDO Basic Qualification
   First production tour at a Naval Air Warfare Center or NAVAIR.
3. O-4
   Department Head
   Department-head tour at a Fleet Readiness Center or NAVAIR program.
4. O-5
   Major Aviation Engineering Command
   Command of a NAVAIR division or PEO program element.
5. O-6
   Major Program Manager / FRC CO
   Command of a Fleet Readiness Center or PEO program.

RELATED DESIGNATORS

• 1440 · Restricted Line
  Engineering Duty Officer
• 1510 · Restricted Line
  Aerospace Maintenance Duty Officer
• 1310 · Unrestricted Line
  Naval Aviator
• 1320 · Unrestricted Line
  Naval Flight Officer

RELATED BASES

• Navy Base · MD
  Naval Air Station Patuxent River
• Navy Base · CA
  Naval Air Weapons Station China Lake
• Navy Base · FL
  Naval Air Station Jacksonville
• Navy Base · CA
  Naval Air Station North Island

FREQUENTLY ASKED QUESTIONS

SOURCES

• Naval Air Systems Command (NAVAIR)
• My Navy HR — AEDO Community
• BUPERSINST 1210.4 Officer Designators