Structural Dynamics Engineer 1

ULA•Denver, CO

2d•Onsite

About The Position

The successful Structural Dynamics candidate will be responsible for supporting the design, development, and operation of ULA’s next-generation launch system - Vulcan/Centaur. You will be joining a passionate and motivated team that works together in an agile environment to meet our customer’s growing needs and to help continuously evolve our launch system capabilities. ULA’s Vulcan Development Teams are actively pursuing new and exciting launch capabilities, including Vulcan Booster BE-4 Engine recovery for re-use. We are also pursuing even more improvements and innovations to the world’s most efficient and advanced upper stage - The Centaur Upper Stage. In your role in Structural Dynamics, you will perform dynamic response analysis of ULA Launch Systems, including boosters, upper stages, secondary structures, engines and motors, payload accommodations, and spacecraft. The Structural Dynamicist defines design loads, accelerations, and displacements to establish design requirements and verify structural designs. In addition, Structural Dynamics performs system-level and sub-system-level verification and correlation testing as an integral part of the overall design process. Testing can include structural stiffness and frequency identification testing. Most assignments require experience in mathematical modeling using finite element and component mode synthesis methods, transient response analysis, dynamic model correlation and validation, and working according to established guidelines. Assignments also require developing, documenting, and maintaining processes, methods, and software solutions. This role includes resolution of programmatic and technical problems that affect cost, schedule, and performance. This role requires strong teamwork and collaboration with multiple engineering disciplines. Strong communication skills are required to generate analysis reports and present results to internal and external customers.

Requirements

A Bachelor's degree in Engineering or related technical field from an accredited college or university is required.
Experience or coursework in structural dynamics/vibrations and finite element analysis.
Experience or coursework developing software on Linux operating system.
Experience with Matlab.
Excellent interpersonal skills, including demonstrated ability to work well in a team environment (class projects and internships considered acceptable).
Excellent written and verbal communication skills.
Strong time management skills.
Must be a U.S. Person as defined in ITAR 22 CFR 120.62 (e.g., U.S. Citizen, Lawful Permanent Resident (Green Card holder) or protected individual).

Nice To Haves

Experience with NASTRAN or other Finite Element Modeling Software.
Experience developing models, methodology, and software to perform dynamic response analysis.
Experience performing loads and dynamic analysis of aerospace vehicles.
Experience performing transient response and random response analyses of complex aerospace structure.
Experience in test and test data analysis.

Responsibilities

Perform dynamic response analysis of ULA Launch Systems, including boosters, upper stages, secondary structures, engines and motors, payload accommodations, and spacecraft.
Define design loads, accelerations, and displacements to establish design requirements and verify structural designs.
Perform system-level and sub-system-level verification and correlation testing.
Develop, document, and maintain processes, methods, and software solutions.
Resolve programmatic and technical problems that affect cost, schedule, and performance.
Generate analysis reports and present results to internal and external customers.