Reliability Engineer II-IV

Textron•Hunt Valley, MD

20d•$85,900 - $209,000

About The Position

Textron Systems is seeking engineers of all disciplines to support the United States Marine Corps Advanced Reconnaissance Vehicle (ARV) program in its Land Systems business area. The program features the Cottonmouth® ARV, a reconnaissance vehicle developed using a Modular Open Systems Approach (MOSA), a Ground Vehicle Operating System (GVOS), and the Tactical Assault Kit Extended (TAK-X) framework. The platform is designed for off-road and amphibious mobility, survivability, reconnaissance, surveillance, and electronic warfare. The Reliability Engineer will lead reliability and logistics engineering efforts for one or more programs and plan, manage, and execute specialty engineering work across design, production, and sustainment. The role covers reliability and maintainability analysis, failure analysis, fielded-system monitoring, maintenance and logistics analysis, and life-cycle cost analysis. The hiring team will determine the appropriate level (II, III, or IV) based on experience.

Requirements

Ability to communicate with all levels of internal and customer organizations.
Experience writing technical reports and delivering presentations.
Experience with reliability and logistics metrics, calculations, and statistics.
Experience with DOORS, JIRA, MagicDraw or equivalent, or Model-Based Systems Engineering.
Experience with Windchill Risk and Reliability, Reliability Workbench, Slicwave, Eagle, Powerlog, Compass, or Opus logistics software tools.
Current Secret clearance or ability to obtain one.
Bachelor’s and/or master’s degree in systems engineering, test engineering, or a related engineering field.
Level II: typically 2 or more years of experience.
Level III: typically 5 or more years of experience.
Level IV: typically 9 or more years of experience.

Responsibilities

Lead Reliability and Logistics Engineering efforts related to one or more programs.
Plan, manage, and execute Specialty Engineering tasking across design, production, and sustainment life-cycle phases.
Perform reliability and maintainability allocations and predictions.
Conduct reliability modeling and simulation.
Perform Failure Modes Effects and Criticality Analysis (FMECA).
Support Failure Reporting Analysis and Corrective Action Systems (FRACAS) activity.
Monitor fielded systems and measure reliability.
Conduct Fault Tree Analysis.
Perform Reliability Centered Maintenance (RCM).
Perform spares predictions and Level of Repair Analysis (LORA).
Conduct maintenance task analysis.
Perform Life Cycle Cost Analysis.
Establish good working relationships with internal and external customers.
Perform other Specialty Engineering analysis as required.