Rotordynamics Engineer

Overview:

The Rotordynamics Development and Testing Engineer will spearhead engineering process innovation and rigorous testing activities to support the manufacturing of gas centrifuges for UF6 enrichment. This role demands a proven background in rotordynamics and dynamic testing, coupled with expertise in signal processing and software development. The ideal candidate will adeptly follow established engineering protocols while driving new methodologies for enhanced centrifuge design and production.

Key Responsibilities:

* Serve as the resident expert on rotordynamics, leveraging current methodologies and developing avant-garde techniques to optimize centrifuge manufacturing and design processes.

* Champion both experimental investigations and model-based simulations to resolve complex rotordynamics challenges, ensuring design robustness and operational efficiency.

* Architect and guide the construction of advanced test systems, encompassing state-of-the-art data acquisition, digital signal processing architectures, and high-speed signal analysis to capture critical performance metrics.

* Lead initiatives in dynamic testing for system balancing, utilizing a spectrum of techniques - from traditional influence coefficient methods to comprehensive experimental modal analysis and innovative hybrid approaches.

* Independently execute sophisticated engineering projects, making informed decisions that reflect a deep understanding of underlying principles and industry best practices.

* Prepare, document, and present both routine and in-depth engineering reports, ensuring clear communication of testing protocols, results, and recommendations to key stakeholders.

Minimum Qualifications:

* Bachelor of Science in Mechanical Engineering with 10 years of relevant experience, or a Master's degree in Mechanical Engineering with 5 years of targeted industry experience.

* Demonstrated expertise in one or more of the following areas:

- Rotordynamics and associated problem-solving techniques

- Dynamic testing methodologies in high-speed systems

- Advanced digital signal processing (DSP) methods

- Software development using languages and tools such as Python, C++, MATLAB, etc.

- Finite Element Analysis (FEA) using platforms like ANSYS

* Must be eligible to obtain a DOE Q Clearance.

Preferred Qualifications:

* Advanced degrees (Master of Science or higher) in Mechanical Engineering are highly desirable.

* Candidates with extensive hands-on experience in the field and a proven track record of leading complex engineering projects will be favored.

* Possession of an active DOE Q Clearance is an added advantage.

This role represents a unique opportunity to lead cutting-edge rotordynamic initiatives and contribute directly to the next generation of advanced UF6 enrichment technology.