Systems Engineer
Summary
Systems Engineer who builds physics-based and AI-augmented models, MBSE (SysML) system models, and digital twins/threads for space and mission systems, performing virtual integration, V&V, and performance analysis with engineering and business teams. Requires a STEM degree, 1–5 years systems engineering experience, and US-person/ITAR eligibility; pays $93k–$130k.
- Develop and enhance modeling & simulation capabilities including physics‑based and AI‑augmented models.
- Apply and promote MBSE practices across the full system lifecycle.
- Build simulation and analysis models supporting concept development, demonstrations, proposals, and system‑level evaluations.
- Create and maintain digital twins & digital threads for space systems and mission architectures.
- Design and simulate system interfaces across multi‑domain engineering environments.
- Perform virtual integration and V&V for simulation components and end‑to‑end system behavior.
- Assess system performance using technical performance measures and simulation‑based criteria.
- Contribute to concept development through modeling, documentation, and architectural analysis.
- Communicate technical results via reviews, proposals, and stakeholder briefings.
- Collaborate across engineering and business teams to support program execution and business capture.
- STEM education — B.S. in Aerospace, Systems, Mechanical, Industrial Engineering, or related field.
- Systems Engineering Experience — 1–5 years in system development, I&T, MBSE, or operations or related STEM job.
- Modeling & simulation development — Experience developing new or enhanced modeling and simulation capabilities.
- Digital engineering & MBSE — Ability to apply MBSE, SysML, and digital‑engineering tools across the lifecycle.
- Simulation & analysis modeling — Experience building models for concept development, demonstrations, and system‑level evaluation.
- Digital twins & digital threads — Ability to create and evolve digital twins for mission and space systems.
- Cross‑disciplinary collaboration — Work with subsystem engineers to develop detailed designs and analyses.
- Interface design & simulation — Ability to model and simulate system and subsystem interfaces.
- Virtual integration & V&V — Experience validating simulation components and integrated system behavior.
- Performance assessment — Ability to evaluate system performance using defined metrics.
- Concept development — Experience contributing to conceptual system design and documentation.
- Technical communication — Ability to present simulation results and design artifacts.
- Cross‑functional teamwork — Ability to collaborate with engineering, IT, management, and business development.
- MBSE & SysML proficiency — Hands‑on experience with MBSE and SysML.
- MBSE tooling — Cameo Systems Modeler, Teamwork Cloud, or similar tools.
- Physics‑based modeling — MATLAB/Simulink or Python scientific libraries.
- Systems engineering depth — Understanding of space‑vehicle design, architecture, and mission development.
- Communication & detail orientation — Strong written and verbal communication skills.
- Independent engineering execution — Ability to independently apply systems‑engineering principles.
- Travel readiness — Ability to travel 10–15%.
- Security eligibility — U.S. Citizenship with ability to obtain DoD clearance.
This position may require access to information, materials, or technology subject to the International Traffic in Arms Regulations ("ITAR") and/or the Export Administration Regulations ("EAR"). To comply with these regulations, applicants may be asked to provide documentation to verify their status as a "U.S. person" as defined under the ITAR and EAR, or their eligibility to obtain any required U.S. Government export authorization. Redwire complies with all applicable anti-discrimination laws, including the Immigration and Nationality Act, and does not discriminate on the basis of citizenship status or national origin except as required by law.