Field Svc Eng Sr

BAE Systems•Groton, CT

25d•$97,008 - $164,914•Onsite

About The Position

BAE Systems is seeking a Field Service Engineer or high-level technician to support integration testing of Strategic Weapon System (SWS) subsystems, with preferred experience on the Trident II D5 SWS test program. The role is performed on-site in support of Columbia Class Test Engineering and the Shipyard Installation Test Program (SITP) at the Electric Boat Shipyard in Groton, Connecticut, and Quonset Point, Rhode Island. The primary task is to provide technical support for key test procedures and collect test-conduct metrics. Data collected during dockside and at-sea testing will be analyzed for compliance with coordinated requirements and operational functions. The employee will prepare test analysis reports documenting system capabilities and test results for the government Strategic Systems Programs (SSP) representative. The position also works with Electric Boat shipyard shops and codes and fellow SSP contractor personnel to support successful completion of SITP. Additional efforts may involve systems engineering life-cycle processes, documentation development and distribution, configuration management and change control, subsystem development, resolution of system-level weapon-system issues, and the Replacement Measurement Program. BAE Systems describes its work with SSP as a long-standing partnership supporting the U.S. Navy’s sea-based Strategic Weapon System. The program includes development of the Columbia-class submarine and the next D5LE2 weapon system. The company notes that the program offers stability and opportunities for professional growth and development.

Requirements

High school diploma and a minimum of 6 years of experience in SWS/SWSS.
Experience working with the TRIDENT II Strategic Weapons System in Navigation, Launcher, or Fire Control systems.
Experience with SSBN subsystems, their interfaces, and equipment installation.
Proficiency in developing technical status reports.
Proficiency with the MS Office suite.
Strong problem-solving skills.
Ability to work aboard ships, including climbing ladders, moving equipment throughout the ship, and sustaining prolonged standing.
Willingness and ability to work occasional shifts depending on the shipyard test schedule.
Strong communication and presentation skills.
Excellent written skills.
Ability and willingness to travel within the United States and overseas.
Valid driver’s license.
Highly driven and assertive personality, with demonstrated ability to operate and perform with little oversight.

Nice To Haves

Missile Technician with SWS/SWSS experience.
Understanding of SSP structure and fleet relationships.
Familiarity with naval drawings and SWS system-equipment technical manuals.
Proficiency with MS Project.
Preferred experience working on the Trident II D5 Strategic Weapon System test program.

Responsibilities

Provide technical support for key test procedures and collect test-conduct metrics at the Electric Boat Shipyard.
Analyze data collected during dockside and at-sea testing to assess compliance with coordinated requirements and operational functions.
Prepare test analysis reports describing weapon-system capabilities and test results for the government SSP representative.
Work with Electric Boat shipyard shops and codes and fellow SSP contractor personnel to support completion of the Shipyard Installation Test Program.
Attend planning and status meetings and conferences, and communicate key events and milestones as needed.
Assist in developing and maintaining ordnance documentation and instructions in conjunction with SSP, NAVSEA, SUBMEPP, and contractor organizations.
Work with the customer to identify needs and concerns and translate them into definable program or project tasks.
Serve as a technical interface with SSP regarding SITP implementation, system-level testing, and certification for Columbia Strategic Weapons Systems.
Observe, participate in, and analyze tests applicable to the System Contractor.
Undertake additional work that may involve systems engineering life-cycle processes, documentation development and distribution, configuration management and change control, subsystem development, system-level issue resolution, and the Replacement Measurement Program.