Associate​/Experienced Aeroelasticity and Dynamics Engineer

Associate / Experienced Aeroelasticity and Dynamics Engineer at Boeing summary:

The Associate/Experienced Aeroelasticity and Dynamics Engineer at Boeing supports tactical aircraft programs by performing analysis and testing related to aeroelastic phenomena such as flutter, divergence, and aeroservoelasticity. The role involves collaboration with multidisciplinary engineering teams, developing models consistent with Model Based Engineering principles, and supporting flight and ground test programs. Candidates typically have a bachelor's degree in engineering or related fields, experience in structural dynamics, flutter analysis, and relevant programming skills, with security clearance required for employment.

Job Description

At Boeing, we innovate and collaborate to make the world a better place. We’re committed to fostering an environment for every teammate that’s welcoming, respectful and inclusive, with great opportunity for professional growth. Find your future with us.

The Boeing Defense, Space & Security (BDS) organization is seeking an Associate/Experienced Aeroelasticity and Dynamics Engineer to support tactical aircraft programs in Hazelwood, MO .
As a member of the BDS Fixed-Wing Loads & Dynamics (L&D) Capability Team, you will be part of a core engineering team directly supporting production and development programs including F-15, F/A-18, T-7A, MQ-25, and proprietary programs. The L&D team is looking for individuals with experience in flutter, divergence, structural mode interaction (SMI) and aeroservoelasticity (ASE).

Flight engineers are essential to the development, safety and success of our products and solutions. Each day, they go above and beyond to meet our customers’ overall mission requirements—from initial vehicle concept definition through design, test, validation and in-service support. Your expertise in areas such as Aerodynamics;
Propulsion;
Guidance, Navigation & Control; and Loads & Dynamics will drive the future of aerospace.

The Flight Systems Engineering Capability is an exciting organization in Boeing Defense, Space & Security responsible for performing Flight Engineering across a large portfolio of products and development programs. Product areas within the Flight Systems Capability in the St. Louis region include Fighter Aircraft, Unmanned Aircraft, and Missiles/Weapons Systems. The set of specialized capabilities and skills maintained by our teammates are the foundation of what defines the majority of our Boeing products;

things that FLY! The St. Louis region is continuing to grow, and Flight Engineering is looking for motivated, talented engineers to join the Boeing team on the exciting programs located in this region. Selected candidates will work a wide range of programs that will require design, analysis and testing in Flight disciplines to meet our customers' requirements.

Join our team and become a Flight Engineer with unmatched opportunity and potential; you’ll be supported to develop and maintain specialized skills that may be applied across multiple product domains. You’ll benefit from exposure to a variety of unique and challenging projects, and collaborate closely with other engineering disciplines and industry experts. Boeing is the world's largest aerospace company. We are engineers and technicians.

Skilled scientists and thinkers. Bold innovators and dreamers. Join us, and you can build something better for yourself, for our customers and for the world.

Position Responsibilities:

• Support the development of air vehicle requirements for aeroelasticity including flutter, divergence, freeplay and rigidity
• Collaborate with the airframe & subsystems design and analysis engineers to generate integrated aero and structural models for flight vehicle analysis consistent with a Model Based Engineering (MBE) environment
• Perform and lead analysis for flutter, divergence, aeroservoelasticity, freeplay and rigidity to support air vehicle design and stores integration
• Define allowable flight envelopes and operational limits
• Support the development of flight flutter test and ground vibration test plans
• Create finite element models and correlate to test results
• Perform…