Aerospace Lifecycle Systems Engineer I - DoD Secret

RTX (Raytheon); Woburn (MA); On-site; USD 57,000 - 109,000; Full time

Job summary

RTX in Woburn, MA seeks a Life Cycle Systems Engineer I to provide end-to-end support for RTX product lines. You will work with cross-functional teams on Life Cycle Engineering, focusing on performance, readiness, and sustainability from concept through disposal.

The role involves RAM, ILS, failure analysis, data tracking, and maintaining logistics data, manuals, and training materials to maximize mission readiness while minimizing total ownership costs.

Qualifications

• Bachelor's degree in STEM, start date requirement.
• Experience with engineering principles and analytical troubleshooting methodologies.
• Coursework related to relational databases.

Responsibilities

• Support senior engineers in planning and conducting analyses and investigations.
• Develop and organize technical data elements (provisioning lists, spares, failure trends, manuals, training materials).
• Collaborate with cross-functional teams to track hardware through production or repair pipelines and analyze spare parts requirements.
• Assist in entering engineering change information into lifecycle management databases to track configurations and logistics impacts.
• Support the development of internal or commercial data tracking, reporting, and monitoring tools.

Skills

Engineering principles

Analytical troubleshooting

Root-cause analysis

Relational databases

Education

Bachelor's degree in STEM

Tools

Database management systems

Data visualization software

CAD software

Microsoft Office

Job description

RTX in Woburn, MA seeks a Life Cycle Systems Engineer I to provide end-to-end support for RTX product lines. You will work with cross-functional teams on Life Cycle Engineering, focusing on performance, readiness, and sustainability from concept through disposal.

The role involves RAM, ILS, failure analysis, data tracking, and maintaining logistics data, manuals, and training materials to maximize mission readiness while minimizing total ownership costs.