Rotor Dynamics Engineer

Work Location: Phoenix, AZ 85034 (Fully Onsite) Contract Opportunity This role centers on the specialized mechanical engineering discipline of Rotor Dynamics, which involves evaluating the stability, vibrational characteristics, and speed-dependent performance of rotating machinery like turbines, compressors, and fans found in jet engines. Are you a professional with a minimum of a decade of experience performing analyses to forecast critical speeds, generate Campbell diagrams or whirl speed maps, and calculate forces, displacements, and moments resulting from imbalances? Required Qualifications Hold a Bachelor’s or Master’s degree in a technical discipline or Mechanical Engineering. Possess deep expertise in Rotor Dynamics within the aerospace sector, specifically regarding the design of intricate mechanical systems and components. Demonstrate mastery of FEA tools, specifically ANSYS Workbench or ANSYS APDL. Show proficiency in utilizing 1D Beam-based FEA methodologies. Apply expert knowledge to perform structural analyses of shafting and rotor dynamics. Guide engineering teams through mentorship, risk evaluations, and the facilitation of design reviews to ensure project success. Exhibit a track record of leadership in overseeing mechanical design initiatives within aerospace settings. Preferred Skills Exhibit exceptional analytical problem-solving capabilities and a meticulous approach to your work. Understand how to integrate cross-disciplinary collaboration with systems engineering concepts. Utilize product lifecycle management (PLM) software while navigating aerospace certification requirements. Apply your understanding of aerospace design standards, manufacturing techniques, and materials like MIL-STD and AS9100 to improve design quality. Leverage your background in mechanical testing, tolerance stack-ups, and design for manufacturability to streamline production processes. Core Competencies Rotor Dynamics