Space Systems Engineer Principal

SAIC•Chantilly, VA

About The Position

SAIC is seeking a motivated and detail-oriented Principal Systems Engineer to support ESR execution, extended mission activities, and activation opportunities. In this role, you will bridge mission science objectives with engineering solutions, playing an integral role in planning, integrating, and executing key milestones throughout the mission lifecycle. The ideal candidate will work directly with the Mission Science Team to ensure mission-critical objectives are met. This includes participating in mission planning, managing engineering processes, and supporting the transition of systems from primary to extended mission phases. Your contributions will help ensure operational success in complex mission environments.

Requirements

Bachelor’s degree in Systems Engineering, Aerospace Engineering, Computer Science, Physics, or a related technical field with 9 years of experience; Masters and 7 years of experience; or PhD and 4 years of experience.
3-7 years of experience in systems engineering or a related field, with focus areas such as mission operations, planning, integration, or extended mission execution.
Familiarity with ESR processes, extended missions, and related engineering and operational lifecycles.
Proven experience in planning and scheduling complex projects or systems, with proficiency in tools such as MS Project, Primavera, or similar.
Understanding of science-driven missions and operational needs, including data collection, processing, and analysis workflows.
Strong analytical and problem-solving skills, with demonstrated experience in cross-functional team environments.
Active TS/SCI with Polygraph

Nice To Haves

Advanced degree in Systems Engineering, Aerospace Engineering, or related discipline.
Familiarity with mission science planning tools or frameworks, including integration of science goals into operational pipelines.
Knowledge of modeling or simulation tools, such as MATLAB, Simulink, or mission analysis software.
Certifications such as INCOSE ASEP/CSEP, ITIL, or PMP.
Experience with space missions, planetary exploration, or other science-driven operational missions.

Responsibilities

Lead ESR Execution Activities: Plan, manage, document, and execute ESR activities, including milestone reviews, readiness assessments, and risk management efforts.
Develop strategies for transitioning systems from primary mission phases into extended mission operations, ensuring alignment with technical and scientific goals.
Identify and evaluate potential activation opportunities that support additional mission objectives or leverage system capabilities post-primary mission.
Support troubleshooting and resolution of technical and operational challenges encountered during extended mission phases.
Work closely with the Mission Science Team to plan and prioritize science-driven operational needs, including data collection, processing, and analysis objectives.
Translate mission science requirements into technical design and operational plans, ensuring end-to-end traceability and alignment with system capabilities.
Assist the Mission Science Team in integrating scientific goals with operational planning, ensuring that required data collection and processing are seamlessly achieved.
Support ongoing evaluation and enhancement of mission plans to optimize scientific return and performance during all mission phases.
Create and maintain detailed schedules for ESR, activation, and extended mission activities, ensuring key deadlines are met.
Manage the planning and integration of system elements across interdisciplinary teams to support both engineering and science goals.
Manage interfaces between mission science teams and engineering teams, ensuring communication and technical solutions meet mission and operational demands.
Participate in internal and external stakeholder meetings to align objectives, report progress, and gather feedback for improving mission success.
Perform risk analysis for ESR and extended mission activities, developing mitigation strategies to ensure on-time and successful execution.
Monitor mission and system performance metrics during activation and extended mission phases, recommending improvements as necessary to achieve mission science goals.
Document all planning, execution, and integration activities, providing detailed reports and briefings to stakeholders and leadership.