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Aircraft engineer skills for your resume and career

Updated January 8, 2025

2 min read

Below we've compiled a list of the most critical aircraft engineer skills. We ranked the top skills for aircraft engineers based on the percentage of resumes they appeared on. For example, 21.4% of aircraft engineer resumes contained dod as a skill. Continue reading to find out what skills an aircraft engineer needs to be successful in the workplace.

15 aircraft engineer skills for your resume and career

1. DOD

Definition of Done (DoD) is a set of deliverables that are needed to devise software. These deliverables are valuable to the system and can be exemplified by writing code, coding comments, unit testing, integration testing, design documents, release notes, and so on.

Here's how aircraft engineers use dod:

Design new communications architecture for several DOD programs including J-UCAS, E-10A, and ACS.
Led the software development for multiple successful NASA and DOD small business innovative research (SBIR) grants.

2. Aircraft Systems

Aircraft systems refer to the subsystems necessary for the efficient and safe operation of an aircraft, including flight controls, landing gear, electrical systems, hydraulics, avionics, navigation, communications, and instrumentation. All aircraft require essential systems such as engine, propeller, induction, ignition systems, as well as fuel, lubrication, cooling, electrical, landing gear, and environmental control systems to aid flight. Understanding aircraft systems in flight is essential for safe operation and proper maintenance.

Here's how aircraft engineers use aircraft systems:

Determine man-hours, personnel, parts and facility requirements to repair unmanned aircraft systems and associated equipment.
Line maintenance, performing quick turns on transit international flights, this includes servicing the aircraft systems and the cabin integrity.

3. CAD

Here's how aircraft engineers use cad:

Updated filing systems and created CAD drawings.
Overhauled the existing NEIRHH design with a one and only H-tail design using Siemmens NX CAD software and Solid Works.

4. Airframe

Airframes are a type of mechanical structure used for an aircraft. This part usually consists of the wings, tail assembly, fuselage, undercarriage, and landing gear. It has a monolithic component in it that has ribs, frames, stringers, bulkheads and others. The Airframe is created, designed, and used to endure all the air force every time the aircraft takes off. It helps withstand the aerodynamics as well the pressure of the payload, crew, and the fuel.

Here's how aircraft engineers use airframe:

Performed Component Removal/Installation on Engine and Airframe as per Aircraft Maintenance Manual.
include aircraft defect rectification on airframe and avionics system; components replacement and routine servicing of aircraft with Engine run qualified.

5. Aircraft Maintenance

Here's how aircraft engineers use aircraft maintenance:

Prepared written Avionics work procedures and Engineering Authorizations used by Aircraft Maintenance for maintaining aircraft in compliance with FAA mandated directives.
Assigned Technical Inspector based on aircraft maintenance knowledge (2010-Present).

6. Landing Gear

Here's how aircraft engineers use landing gear:

Supervised and performing main Landing Gear and Nose landing gear change.
Adjusted and repaired aircraft components B&W, landing gears and Safety equip, gearboxes, pcu's pneumatic valves.

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7. STC

Here's how aircraft engineers use stc:

Experience of need for obtaining STC s for incorporation.
Approve data for STC (Supplemental Type Certificate) with the Seattle ACO and Military Certification Offices.

8. Design Changes

Here's how aircraft engineers use design changes:

Created and issued EO s to implement necessary design changes.

9. Structural Repairs

Here's how aircraft engineers use structural repairs:

Monitor Damage Tolerance Analysis results and requirements for structural repairs.
Worked in overhaul facility, fabricating and installing structural repairs and modifications to wide body and narrow body aircraft.

10. Maintenance Actions

Here's how aircraft engineers use maintenance actions:

Review effectiveness of maintenance actions in order to identify any remedial measures.
Coordinated required maintenance actions with other specialists, as well as production supervisors, to ensure maximum efficiency.

11. Federal Aviation Administration

Here's how aircraft engineers use federal aviation administration:

Complied with all Federal Aviation Administration and General Electric regulations.
Coordinate engine import/export with the Federal Aviation Administration.

12. Aircraft Engines

Here's how aircraft engineers use aircraft engines:

Supported customers as flying and base aircraft engineer, and manufacturer's entry into service support operations.
Work with aircraft engine parts turbine blades

13. NDT

Non-Destructive Testing, NDT, is a combination of different test techniques used individually or collectively to evaluate the integrity and properties of a material, component, system, or structure without permanently altering it. NDT is important for safe operation, as well as for quality control and lifetime evaluation of the system. It is used in industries such as aerospace, oil, and gas, nuclear, power generation, medical, rail, general manufacturing, etc.

Here's how aircraft engineers use ndt:

Supported Company alignment, as applicable, to industry specifications for NDT technologies and personnel training and certification requirements.
Established NDT system design criteria to meet manufacturing requirements for capacity and capability.

14. Test Equipment

Test equipment is a mechanical tool or a device which is used create signals and gather response from an electronic device under test. It helps in detecting any faults in the device and it also proves the proper operation of the electronic device.

Here's how aircraft engineers use test equipment:

Well versed in the use of test equipment, able to read schematics, interpret drawings and execute work without supervision.
Design various avionic and electronic test equipment for Aviation Components and author associated Maintenance and User Manuals.

15. Stress Analysis

Here's how aircraft engineers use stress analysis:

Conduct FEA dynamic structural Fail-Safe stress analysis of BOEING 787 Horizontal Stabilizer Trim Assembly (HSTA).

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List of aircraft engineer skills to add to your resume

The most important skills for an aircraft engineer resume and required skills for an aircraft engineer to have include:

DOD
Aircraft Systems
CAD
Airframe
Aircraft Maintenance
Landing Gear
STC
Design Changes

Structural Repairs
Maintenance Actions
Federal Aviation Administration
Aircraft Engines
NDT
Test Equipment
Stress Analysis
Aircraft Structures

SB
Military Aircraft
Quality Standards
Control Systems
Hydraulic Systems
Flight Line

Updated January 8, 2025

Zippia Team

Editorial Staff

The Zippia Research Team has spent countless hours reviewing resumes, job postings, and government data to determine what goes into getting a job in each phase of life. Professional writers and data scientists comprise the Zippia Research Team.

Updated January 8, 2025

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