Systems Integration Engineer - Flight Safety - National Security Space
Peraton· Defense & Federal Services· Oct 5, 2026 · 23d ago
Fort Belvoir, Virginia, United States
In office
Full-time
Principal
$104K–$166K
12+ years exp
Job description
What You Bring
• Minimum of 12 years w/o a degree or 10 years with AS/AA or 8 years with BS/BA; or 6 years with MS/MA; or 4 years with Ph.D.
• Active TS/SCI with adjudicated polygraph — required
Preferred Qualifications
• 3+ years working with Flight Safety or astrodynamics systems (e.g., STK, ASW SuperCombo), or STK Level 2 certification
• 4+ years in space operations, conjunction assessment, or flight safety systems integration and verification
• Solid grasp of orbital mechanics, conjunction analysis methods, and space domain awareness
• Hands-on experience integrating or verifying systems involving RSO catalogs, ephemeris data, and orbital propagation models
• Proficiency in Bash and Python scripting for integration verification and data analysis
• Background in national security space mission environments (e.g., NRO-related systems and workflows)
Work Location: Fort Belvoir
Are you an experienced systems integration engineer with a passion for space domain awareness and mission-critical operations? Join a high-performing team protecting national security assets in one of the most technically demanding environments in the aerospace industry.
As a Systems Integration Engineer supporting Flight Safety (FS) systems, you'll sit at the intersection of orbital mechanics, systems architecture, and real-world mission impact — ensuring the tools that protect space assets are integrated, verified, and ready when it matters most.
What You'll Do
You'll own the integration and verification of Flight Safety systems used around the clock to track resident space objects, assess collision risks, and protect national security space missions. Working alongside systems engineers, developers, and operators, you'll drive the seamless incorporation of new capabilities and data sources into both legacy and next-generation architectures — keeping operational risk low and mission readiness high.
Your expertise in orbital mechanics and astrodynamics will directly shape how verification scenarios are built and how system outputs are validated against real mission requirements. You'll also be a go-to technical resource for your team — mentoring junior engineers, leading anomaly resolution, and representing integration at flight safety reviews and operational exercises.
This isn't a background role. You'll have direct ownership of processes, documentation, and outcomes that keep space operations safe and mission-ready 24/7.
Key Responsibilities
• Lead end-to-end integration and verification of new data sources and capabilities within legacy and next-generation FS architectures, ensuring interface compatibility and data flow integrity
• Independently design, execute, and document integration test plans, regression verification scenarios, and operational acceptance procedures across test and pre-production environments
• Build and maintain Bash and Python scripts for integration verification, data validation, anomaly troubleshooting, and system performance analysis in Linux-based classified environments
• Execute and evaluate conjunction assessment workflows — including RSO-to-RSO and RSO-to-ground proximity analysis (e.g., ASW "SuperCombo"-type runs) — and assess results against mission thresholds
• Conduct pre- and post-launch verification of TLEs, state vectors, and maneuver ephemeris data to confirm collision risk mitigation logic is functioning correctly across all integrated components
• Configure, operate, and validate orbit propagation and analysis tools (e.g., STK or ASW-type systems) for input/output accuracy, interface integrity, and reporting consistency
• Lead root cause analysis and resolution for integration anomalies and interface failures identified during verification and live operations
• Represent the integration team at readiness reviews, flight safety meetings, and operational training events
• Author and maintain integration documentation, verification reports, and training materials; mentor and provide OJT to junior team members
• Partner with engineers, operators, and external stakeholders to ensure all system changes meet operational requirements, interface specifications, and safety thresholds
•
This position is contingent upon award of contract
Are you an experienced systems integration engineer with a passion for space domain awareness and mission-critical operations? Join a high-performing team protecting national security assets in one of the most technically demanding environments in the aerospace industry.
As a Systems Integration Engineer supporting Flight Safety (FS) systems, you'll sit at the intersection of orbital mechanics, systems architecture, and real-world mission impact — ensuring the tools that protect space assets are integrated, verified, and ready when it matters most.
What You'll Do
You'll own the integration and verification of Flight Safety systems used around the clock to track resident space objects, assess collision risks, and protect national security space missions. Working alongside systems engineers, developers, and operators, you'll drive the seamless incorporation of new capabilities and data sources into both legacy and next-generation architectures — keeping operational risk low and mission readiness high.
Your expertise in orbital mechanics and astrodynamics will directly shape how verification scenarios are built and how system outputs are validated against real mission requirements. You'll also be a go-to technical resource for your team — mentoring junior engineers, leading anomaly resolution, and representing integration at flight safety reviews and operational exercises.
This isn't a background role. You'll have direct ownership of processes, documentation, and outcomes that keep space operations safe and mission-ready 24/7.
Key Responsibilities
• Lead end-to-end integration and verification of new data sources and capabilities within legacy and next-generation FS architectures, ensuring interface compatibility and data flow integrity
• Independently design, execute, and document integration test plans, regression verification scenarios, and operational acceptance procedures across test and pre-production environments
• Build and maintain Bash and Python scripts for integration verification, data validation, anomaly troubleshooting, and system performance analysis in Linux-based classified environments
• Execute and evaluate conjunction assessment workflows — including RSO-to-RSO and RSO-to-ground proximity analysis (e.g., ASW "SuperCombo"-type runs) — and assess results against mission thresholds
• Conduct pre- and post-launch verification of TLEs, state vectors, and maneuver ephemeris data to confirm collision risk mitigation logic is functioning correctly across all integrated components
• Configure, operate, and validate orbit propagation and analysis tools (e.g., STK or ASW-type systems) for input/output accuracy, interface integrity, and reporting consistency
• Lead root cause analysis and resolution for integration anomalies and interface failures identified during verification and live operations
• Represent the integration team at readiness reviews, flight safety meetings, and operational training events
• Author and maintain integration documentation, verification reports, and training materials; mentor and provide OJT to junior team members
• Partner with engineers, operators, and external stakeholders to ensure all system changes meet operational requirements, interface specifications, and safety thresholds
•
This position is contingent upon award of contract
What You Bring
• Minimum of 12 years w/o a degree or 10 years with AS/AA or 8 years with BS/BA; or 6 years with MS/MA; or 4 years with Ph.D.
• Active TS/SCI with adjudicated polygraph — required
Preferred Qualifications
• 3+ years working with Flight Safety or astrodynamics systems (e.g., STK, ASW SuperCombo), or STK Level 2 certification
• 4+ years in space operations, conjunction assessment, or flight safety systems integration and verification
• Solid grasp of orbital mechanics, conjunction analysis methods, and space domain awareness
• Hands-on experience integrating or verifying systems involving RSO catalogs, ephemeris data, and orbital propagation models
• Proficiency in Bash and Python scripting for integration verification and data analysis
• Background in national security space mission environments (e.g., NRO-related systems and workflows)
Work Location: Fort Belvoir
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