Top Structural Engineer Jobs

Performs structural analysis for space, atmospheric flight, and ground platforms using hand calculations and finite element analysis. Develops loads and environments, manages analysis tasks throughout the program lifecycle, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. The role requires Nastran expertise and collaboration across engineering, production, and business units in an on-site environment.

Performs structural analysis for space, atmospheric flight, and ground platforms using hand calculations and finite element analysis. Develops loads and environments, manages analysis tasks throughout program lifecycles, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. The role requires on-site work and collaboration across engineering and business organizations, with potential travel between company and external facilities.

Performs structural analysis for space, atmospheric flight, and ground platforms using hand calculations and finite element analysis. Develops loads and environments, manages analysis across the program lifecycle, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. The role requires Nastran experience and collaboration across engineering and business teams. Work is conducted onsite five days per week, with possible travel between company and external facilities.

Develops and executes advanced CAE simulations for propulsion systems, including engines, transmissions, drive units, electric motors, and energy storage systems. Partners with design, validation, manufacturing, and supplier teams to optimize performance, quality, durability, efficiency, and development timelines. Performs simulation automation, validation correlation, virtual product development, and capability improvements, with focus areas such as structural, durability, dynamics, NVH, sealing, fastening, cranktrain, and fatigue analysis.

Perform structural analysis for spacecraft, instruments, payloads, optics, mechanisms, and ground support equipment using closed-form and finite element methods. Develop structural loads and environments, support static, modal, acoustic, shock, and vibration testing, and prepare technical reports. The role requires on-site work five days per week and collaboration across technical and business teams.

Performs structural analysis for spacecraft, instruments, payloads, optics, mechanisms, and ground support equipment using closed-form and finite element methods. Develops loads and environments, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. The role requires Nastran expertise and collaboration across engineering and business units in a fully on-site environment.

Performs structural analysis for spacecraft, instruments, payloads, optics, mechanisms, and ground support equipment using closed-form and finite element methods. Develops loads and environments, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. The role requires collaboration across engineering and business units and is performed onsite five days per week.

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.

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.

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.

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.

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.

Performs structural analysis and testing for advanced UAV airframes and components. Builds finite element models, conducts static, modal, fatigue, vibration, and shock analyses, validates results through hand calculations, and analyzes telemetry and test data. Collaborates with engineering teams to optimize lightweight composite and metallic structures for strength, weight, safety, and manufacturability. Documents technical findings and supports structural test planning, certification, and continuous improvement of analysis methods.

Leads structural and thermal design, analysis, and physical validation of complex aerospace and defense hardware. Oversees vibration, temperature, and humidity environmental testing; develops test profiles, fixtures, mounting, and instrumentation; analyzes operational loads and design margins; troubleshoots failures; and implements corrective actions. Mentors hardware engineering teams, establishes design-for-test guidelines, and collaborates with systems engineering and program management to ensure hardware integrity and reliability.

Performs structural analysis for space, atmospheric flight, and ground platforms using hand calculations and finite element analysis. Develops loads and environments, manages analysis throughout the program lifecycle, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. The role also requires collaboration across departments and may involve office, laboratory, production, cleanroom, and outdoor environments.

Performs structural analysis and dynamics assessments for space, atmospheric flight, and ground platforms using hand calculations and finite element analysis. Develops loads and environments, manages analysis across the program lifecycle, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. The role also supports production, validation, certification, and cross-functional engineering activities.

Performs structural analysis for space, atmospheric flight, and ground platforms using hand calculations and finite element methods. Develops loads and environments, manages analysis throughout the program lifecycle, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. Requires Nastran experience and supports structural dynamics, fatigue, joints, materials, and environmental qualification activities. The role is fully on-site and may involve travel between company and external facilities.

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.

Lead structural analysis for complex mechanical systems supporting defense electronics. Develop and validate structural solutions using advanced FEA, stress, modal, shock, fatigue, tolerance stack-up, and hand-calculation methods. Oversee structural integrity from proposal through qualification, define requirements and test parameters, engage customers, mitigate cross-disciplinary risks, establish simulation and reporting standards, and mentor engineers.

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.

As a Structural Analysis Engineer II, you will design, analyze, and develop structural systems, applying technical principles under general supervision and collaborating with mechanical teams.

Perform structural analysis and testing for spacecraft, payloads, optics, mechanisms, and ground support using closed-form and finite element methods. Develop loads and environments, support static/modal/acoustic/shock/vibration tests, write detailed reports, and collaborate across engineering teams. On-site work five days per week; may require travel between campuses.

Perform structural analysis and testing for spacecraft, payloads, and support equipment using closed-form and finite element methods. Develop loads/environments, support static/modal/acoustic/shock testing, write detailed analysis/test reports, and collaborate across teams to ensure design and test readiness.

Perform structural analysis for spacecraft and related hardware using closed-form and finite element methods; develop loads and environments; support static, modal, acoustic, shock, and vibration testing; write detailed test and analysis reports; collaborate across teams and maintain on-site presence.