Rotor Dynamics Analyst

Centrus Global•Oak Ridge, TN

17h

About The Position

Rotor Dynamics Analyst – Help Power the Future of Clean Energy. Are you driven by complex technical challenges and excited by the idea of working with high‑speed rotating machinery? Join our team as a Rotor Dynamics Analyst, where you’ll play a key role in advancing the performance and reliability of gas centrifuge systems used in uranium enrichment—technology at the heart of America’s clean‑energy and national security initiatives. In this hands-on, high‑impact role, you’ll support daily manufacturing operations while also contributing to cutting‑edge engineering analysis, testing, and model development. If you thrive at the intersection of theory and real-world application, this is an opportunity to make a meaningful difference while growing your expertise.

Requirements

Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, or a related field.
At least 5 years of experience in rotordynamics or related technical disciplines.
Strong proficiency in: – High‑speed rotating machinery dynamics – Vibration diagnostics and modal analysis – Modeling and simulation of rotating systems – Digital signal processing – Software development (Python preferred) – Finite Element Analysis (ANSYS or similar)
Solid understanding of system dynamics and mechanical vibrations.
Ability to obtain and maintain a DOE Q clearance.

Nice To Haves

Master’s or Ph.D. in Mechanical Engineering or a related field.
Experience with gas centrifuges or other high‑speed rotating systems.
Familiarity with test automation and data acquisition systems.
Ability to work independently and as part of a fast‑paced, highly collaborative engineering and manufacturing environment.

Responsibilities

Provide day‑to‑day technical support to manufacturing teams by analyzing operational and test data, diagnosing rotating‑equipment issues, and assisting with rotor balancing activities.
Perform rotordynamic analyses to assess system stability, predict critical speeds, and understand vibration behavior.
Conduct dynamic testing—including experimental modal analysis (EMA) and vibration measurements—to validate and refine analytical models.
Apply digital signal processing (DSP) techniques to high‑speed data to support troubleshooting and performance optimization.
Collaborate closely with operations and testing teams to design, automate, and continually improve rotor balancing and test procedures.
Develop and maintain custom analysis and diagnostic tools, with opportunities to expand your software development skills (Python strongly preferred).
Contribute expertise during technical design reviews and serve as a subject matter expert for rotordynamics and vibration analysis.
Document your findings clearly and present insights to engineering and operations stakeholders.