Work Location: Phoenix, AZ 85034 (Fully Onsite)
Specializing in the mechanical engineering sub-discipline of Rotor Dynamics, this role involves analyzing the stability, vibration, and speed-dependent behaviors of rotating machinery, including turbines, compressors, and fans utilized in jet propulsion systems.
Professional Requirements
- Do you possess a minimum of a decade of expertise performing analyses to forecast critical speeds, generate Campbell diagrams or whirl speed maps, and calculate forces, displacements, and moments resulting from imbalances?
Educational and Technical Prerequisites
- Degree in Mechanical Engineering or a closely related technical discipline at the Bachelor’s or Master’s level.
- Deep background in rotor dynamics mechanical design within the aerospace sector, specifically regarding the development of intricate systems and components.
- Expertise in utilizing FEA tools, specifically ANSYS Workbench or ANSYS APDL.
- Competency in applying 1D beam-based finite element analysis methodologies.
- Technical proficiency in conducting structural analyses for shafting and rotor dynamics.
- Drive engineering excellence by leading design reviews, performing thorough risk evaluations, and providing mentorship to technical staff.
- Demonstrated history of successfully overseeing mechanical design initiatives within aerospace settings.
Preferred Qualifications
- Exceptional analytical capabilities and a meticulous approach to complex problems.
- Understanding of cross-functional collaboration and foundational systems engineering concepts.
- Experience navigating aerospace certification requirements and utilizing product lifecycle management (PLM) software.
- Familiarity with industry-standard design protocols, manufacturing techniques, and aerospace-grade materials, including MIL-STD and AS9100.
- Support high-quality production standards by applying tolerance analysis, design for manufacturability, and mechanical testing protocols.
Essential proficiencies include:
