Subsystems Integrity Engineer - Level 2

Lockheed Martin•Fort Worth, TX

8h•Onsite

About The Position

As the Subsystems Integrity Engineer, you will be responsible for leading integrity analyses that ensure avionic and mechanical subsystems meet rigorous service-life requirements across the F-16, F-22 and F-35 fleets. Your responsibilities will include conducting vibro-acoustic, thermal, and fatigue analyses to certify subsystem performance and lifespan, developing and delivering integrity analysis products and source data that support lifecycle management of the fleet, overseeing supplier qualification efforts for critical subsystems, defining and establishing airworthiness requirements for avionics and mechanical components, and working independently while collaborating with cross-functional teams to ensure mission-critical reliability.

Requirements

Bachelor's degree in an engineering technical discipline such as Mechanical, Aerospace, or Electrical
MUST BE A U.S. CITIZEN
Ability to obtain a secret clearance
Experience with mechanical and avionics subsystem qualification and service life management, including: Low-cycle fatigue, particularly thermal cycling and duty cycling of avionics boxes and circuit boards, High-cycle fatigue of mechanical and electrical components, Strength testing, i.e. proof, burst, shock, and acceleration testing, Environmental testing
Knowledge of high voltage design and test criteria
Knowledge of Lead-free electronics risk management
Efficient with MS Office Suite
Excellent interpersonal and organizational skills
Excellent presentation and communication skills, both oral and written

Responsibilities

Conduct vibro-acoustic, thermal, and fatigue analyses to certify subsystem performance and lifespan.
Develop and deliver integrity analysis products and source data that support lifecycle management of the fleet.
Oversee supplier qualification efforts for critical subsystems.
Define and establish airworthiness requirements for avionics and mechanical components.
Work independently while collaborating with cross-functional teams to ensure mission-critical reliability.