Spacecraft Mechanical Subsystem Engineer

Responsibilities

• Provide technical leadership and engineering assessments for the delivery of electromechanical space vehicle subsystems.
• Lead system-level trades and support the design, integration, and post-payload integration testing of units and subsystems.
• Ensure technical design integrity and interface compatibility across the space vehicle, including ground and terminal segments.
• Support component- and unit-level test programs, including space qualification testing to validate survivability.
• Develop and review required test documentation, including plans, procedures, and reports.
• Build and maintain collaborative relationships with government customers, prime contractors, and FFRDC partners.

Requirements

• Active Secret Clearance is required.
• Bachelor's degree in a technical field (e.g., engineering, mathematics, physics, or computer science).
• 15 years of experience with mechanical or electromechanical subsystems.
• Proficiency in Microsoft Office products (Word, Excel, PowerPoint).
• Ability to work on-site 100% at LAAFB; remote work is not available.
• Ability to travel approximately 10% within Southern California and CONUS.

Preferred Qualifications

• TS/SCI clearance.
• Master's degree in a technical field.
• Experience with Military, DOD, or IC space systems.
• Experience with MILSATCOM programs (e.g., AEHF, PTS, EPS, WGS, or FAB-T).
• Experience with space systems engineering at the unit, subsystem, or spacecraft level.
• Professional certifications such as PMP, INCOSE CSEP, ESEP, or ASEP.

Benefits

• 401K plan with company match.
• Medical, dental, and vision insurance.
• Life insurance and AD&D.
• Flexible spending account and disability coverage.
• Paid time off and professional training/development opportunities.

About the Company

KBR is a leading provider of high-end engineering and advanced technology solutions for the intelligence and national security communities. As a prime contractor on the MILSATCOM MSEIT contract, KBR provides critical Systems Engineering & Integration (SE&I) for the United States Space Force to ensure global secure and protected communications.