Top Structural Engineer Jobs

Design and qualify Aeon-R combustion device hardware from concept through flight. Perform hand calculations and FEM (static, thermal, fatigue, damage tolerance), high-fidelity modeling, test data analysis, model anchoring, and risk assessment. Interface with hardware designers and define test objectives to validate models and verify hardware performance.

Perform structural engineering for design, analysis, inspection, and sustainment of facilities and infrastructure; prepare specifications, estimates, drawings, and documentation; oversee construction and shop drawing review; assess existing structures and recommend repairs; ensure compliance with codes and safety; coordinate with stakeholders and manage resources across multidisciplinary teams.

Perform independent structural design and analysis using hand calculations and Finite Element Analysis, own discrete technical packages as Responsible Engineer, mentor junior engineers, collaborate across disciplines, and communicate routinely with internal and external stakeholders to ensure structural integrity and project success.

The Principal Mechanical Engineer will lead a team in conducting structural and vibration analysis, CFD modeling, and collaborate across engineering disciplines for aerospace hardware design and testing.

Perform finite element modeling and structural analyses (static, modal, fatigue, vibration) for UAV airframes; validate FEA with hand calculations and test data; develop test plans, define load cases and material properties, optimize structures for weight and strength, and document technical recommendations.

Perform FEA and hand calculations to evaluate and optimize UAV airframe structures. Conduct static, modal, fatigue, and vibration analyses, support structural test planning and data correlation, define loads and material properties, and produce structural analysis reports while collaborating with cross-functional engineering teams.

Design, build, and operate structural test stands and fixtures with hydraulic actuation and sensor instrumentation. Develop and execute test plans, automate data collection and analysis in Python, perform FEA, correlate test results with design, and collaborate with cross-functional teams to validate mechanical performance and safety.

Perform and validate finite element and hand-calculation structural analyses for UAV airframes and components. Develop FEMs, run static/modal/fatigue/vibration studies, support test planning and correlation, define loads/materials/margins, and present structural recommendations while collaborating with cross-functional teams to optimize lightweight aerospace structures.

Design and develop complex structural systems for autonomous aircraft launch and recovery. Own concept-to-production CAD design, perform kinematic and structural analysis, prototype and test mechanisms, support integration and flight testing, and collaborate across disciplines to ensure manufacturability and reliability.

Lead structural analysis for UAV airframes and components using FEA and hand calculations. Execute static, modal, fatigue, vibration, and damage-tolerance analyses; validate models against tests; support flight test correlation; optimize structures for weight, performance, cost, and manufacturability; mentor analysts; and coordinate cross-functionally to influence structural design decisions and standards.

Perform finite element modeling and analyses (static, modal, fatigue, vibration) for UAV structures; validate results with hand calculations; support structural test planning, data analysis, load definition, and cross-functional design optimization to ensure lightweight, safe airframe performance.

Perform structural stress analysis for Boeing 787 systems or interiors using hand calculations, FEA and dynamic simulation. Review supplier deliverables, develop structural requirements, define load cases, support testing and certification (CFR Part 25), investigate in-service issues, and collaborate with suppliers and engineering teams.

Lead structural analysis for advanced aircraft: develop and document structural requirements, create and run FEM/analytical models, coordinate across disciplines, support test planning/execution, validate designs, and document certification/test results for regulatory and customer substantiation.

Provide civil/structural engineering support for manufacturing facilities, including new construction, building modifications, bridge crane support, and machine foundations. Lead conceptual and final designs, cost estimates, permitting, contractor management, and multidisciplinary coordination. Produce and review drawings, specifications, and permit packages, ensure code and regulatory compliance, maintain project documentation, and manage project scope, budget, and schedule to support facility maintenance and construction activities onsite.

Perform stress analysis for Boeing 787 systems using hand methods, FEA, and dynamic simulation. Review supplier deliverables, develop structural requirements, coordinate loads and interfaces, support testing/certification (CFR Part 25), investigate in-service issues, and provide technical oversight with international suppliers throughout the product lifecycle.

Perform stress and dynamic analyses for Boeing 787 wing and empennage primary structures using hand analysis, FEA, and simulation; review supplier documents; develop structural requirements, test plans, and certification documentation; support testing, in-service investigations, and international supplier oversight.

Lead-level structural analysis for Boeing 787 systems commodities using hand calculations, FEA and dynamic simulation. Provide technical oversight of suppliers, develop structural requirements and test plans, support certification (CFR Part 25/21), mentor team members, and lead failure investigations and continuous improvement.

Lead-level structural analyst for Boeing 787 wing and empennage. Perform stress analysis (hand, FEA, dynamic), oversee supplier technical documents, define structural requirements, support certification and testing, investigate in-service issues, mentor team members, and develop analysis tools and documentation to verify structural integrity across the product lifecycle.

Lead structural analysis for Boeing 787 interiors using hand calculations, FEA, and dynamic simulation. Provide technical oversight of supplier documents, develop structural requirements, coordinate load cases and interfaces, lead test plans and certification documentation (CFR Part 25), support failure investigations, mentor team members, and collaborate with domestic and international suppliers.

As a Staff Materials & Processes Engineer, you will research and select composite materials, develop testing plans, and collaborate across teams to ensure material performance and compliance for the Terran R rocket.

Perform stress analysis for Boeing 787 interior structures using hand calculations, FEA and dynamic simulation. Review supplier deliverables, develop structural requirements, coordinate loads and interfaces, support tests and certification (Part 25), investigate in-service issues, and provide supplier oversight throughout the product lifecycle.

Perform structural requirements development and verification for propulsion-related components using analytical methods and finite element simulations. Coordinate with engineering groups, support testing and certification documentation, investigate in-service failures, and support product lifecycle activities for metallic and composite structures under general direction.

Perform limited structural analyses using established tools to validate components and systems meet requirements. Participate in test activities to substantiate compliance for customers and regulators. Work under close supervision supporting propulsion and aircraft structural engineering tasks.

The Structural Analysis Engineer analyzes aircraft structural components, ensuring compliance with design and regulatory requirements while collaborating with cross-functional teams and mentoring junior engineers.

The Structural Analysis Engineer will conduct stress analyses of aircraft structures, verify integrity using analytical methods, and support testing and supplier activities.