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Systems Engineer
Open Cosmos. Support spacecraft system design, integration, and verification activities across multiple missions .
Core Competencies
Role fitCore Competencies
Use this summary to align your resume positioning with the role.
Demonstrates expertise in systems engineering principles, particularly within satellite and complex multidisciplinary environments, with a strong focus on spacecraft subsystems, requirements management, and MBSE methodologies. Capable of supporting integration, testing, and troubleshooting activities while maintaining a structured approach to problem-solving.
Highest-signal resume keywords
Systems Engineering PrinciplesSpacecraft Subsystems KnowledgeMBSE MethodologiesFMECA and FDIR UnderstandingRequirements Management
ATS Keywords
Tailor your resumeApplicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard Skills
System-Level AnalysisTrade StudiesPerformance AssessmentsVerification and ValidationInterface ControlIntegration and TestingTroubleshootingTechnical DocumentationEngineering ArtefactsMission-Level Analysis
Soft Skills
Strong CommunicationCollaboration SkillsAttention to DetailProactive MindsetProblem-Solving
Tools & Technologies
CapellaMagicDrawMBSE Tools
Industry Keywords
Spacecraft System DesignIntegration and VerificationFMECA ActivitiesFDIR StrategiesMultidisciplinary Engineering
Tech Stack
Tools & technologiesAssembly
About the role
Key responsibilities & impact- Support spacecraft system design, integration, and verification activities across multiple missions
- Contribute to system architecture definition and interface management between spacecraft subsystems
- Perform system-level analysis, trade studies, and performance assessments within assigned areas
- Support requirements definition, traceability, and verification activities across systems and subsystems
- Contribute to verification and validation planning, execution, and issue resolution
- Apply MBSE methodologies and tools to support structured system development
- Maintain system models, technical documentation, and engineering artefacts throughout the project lifecycle
- Support FMECA activities and contribute to FDIR strategies
- Collaborate with subsystem teams across power, AOCS, communications, propulsion, thermal, and mechanical domains
- Support Assembly, Integration and Test activities, including functional and environmental testing
- Provide technical support to suppliers, design reviews, bids, and mission documentation activities
Requirements
What you’ll need- Strong understanding of systems engineering principles within satellite or complex multidisciplinary engineering environments
- Knowledge of spacecraft subsystems and system-level design concepts
- Familiarity with requirements management, verification, validation, and interface control activities
- Awareness of MBSE methodologies and tools such as Capella, MagicDraw, or similar platforms
- Understanding of FMECA, FDIR, CONOPS, system budgets, and mission-level analysis activities
- Capability to support integration, testing, and troubleshooting activities within complex engineering programmes
- Strong communication and collaboration skills across multidisciplinary technical teams
- Structured and methodical approach to problem-solving with strong attention to detail
- Proactive mindset with willingness to learn, adapt, and contribute across the full mission lifecycle
- Legal right to work in the chosen location
- Application submitted in English
Benefits
Comp & perks- Work at the cutting edge of space technology with customers around the globe
- Mission-driven company making space accessible to help solve real-world challenges
- Diverse, ambitious, and supportive team
- Equal opportunity and inclusive workplace