We are supporting a leading client in the aerospace and defense sector on their search for a Senior Staff Structural Analyst. This organization develops advanced launch vehicle and spacecraft propulsion systems designed to improve connectivity and capability in low Earth orbit and beyond.
How You'll Fulfill Your Mission The Senior Staff Structural Analyst is a senior technical leader responsible for the comprehensive execution, quality, and technical integrity of complex engineering analyses across rocket and spacecraft propulsion programs. This role sets the technical standard for analysis methodologies, leads the most challenging analytical investigations, and serves as the principal expert in domains such as structural analysis, thermal analysis, fluid dynamics, and propulsion performance. It is a hands-on, high-impact role emphasizing technical excellence, mentorship, and critical design review leadership.
Key Responsibilities
Technical Leadership and Execution: Act as the principal subject matter expert for high-fidelity engineering analyses (FEA, CFD, thermal, kinematic, multi-physics). Personally lead and execute the most critical analyses that drive primary design decisions for launch vehicle and spacecraft propulsion systems.
Methodology and Standards: Define, standardize, and institutionalize best practices, tools, and analysis methodologies across all programs. Ensure all analyses are rooted in first-principles physics and validated against test data.
Technical Oversight and Review: Provide final technical sign-off on key analysis reports. Lead internal design reviews (PDR, CDR) with a focus on analysis fidelity, margin, and readiness for critical decisions.
Cross-Functional Collaboration: Partner with Design, Manufacturing, Test, and Safety teams to ensure models accurately reflect boundary conditions, material properties, and manufacturing tolerances.
Mentorship and Development: Serve as a technical mentor for analysis engineers. Build training materials and lead internal seminars to strengthen team capability.
Risk and Uncertainty Quantification: Establish advanced methods for quantifying uncertainty and margin in analytical models, supporting system-level reliability assessments
Details:
Why We Value You
Master's degree or Ph.D. in Aeronautical, Mechanical, Civil Engineering, or a related discipline.
Minimum 8 years of hands-on experience in engineering analysis within aerospace, defense, or a high-performance engineering environment, with significant work on launch vehicles, spacecraft, or turbomachinery.
Deep expertise in at least two of the following:
Finite Element Analysis (FEA) for structural dynamics and nonlinear material behavior
Computational Fluid Dynamics (CFD) for reacting flows, propulsion, or high-speed aerodynamics
Thermal analysis and heat transfer in extreme environments