Propulsion Rotordynamics Engineer

The Propulsion Rotordynamics Engineer at Anduril Industries is responsible for conducting rotordynamic and vibration analysis of high-speed rotating hardware, managing the balancing process qualification with external vendors, and ensuring manufacturing capabilities are set for production rates. The role involves leading prototype testing and designing experiments to optimize propulsion designs for functionality and efficiency.

To be considered for the Propulsion Rotordynamics Engineer position at Anduril Industries, candidates must possess a BS or higher degree in Mechanical or Aerospace Engineering, along with a minimum of five years of relevant engineering experience. Expertise in CAD software like NX or Solidworks and familiarity with rotordynamics analysis are essential to succeed in this role.

Anduril Industries is committed to the professional development of its Propulsion Rotordynamics Engineers by providing a stipend for further education and training. The company is also known for fostering a collaborative environment where employees can work on meaningful projects and continuously improve their skills while working on cutting-edge technology.

The salary range for the Propulsion Rotordynamics Engineer at Anduril Industries is between $120,000 and $180,000 USD. This estimate takes into account various factors such as work experience, education, and specific skills for the role.

Anduril Industries offers a comprehensive benefits package for its Propulsion Rotordynamics Engineers, including platinum healthcare benefits, generous paid time off, 16 weeks of caregiver and wellness leave, mental health resources, and a supportive work-life balance. Additional benefits include 401(k) plans, relocation assistance, and daily meals at many office locations.

When asked about your experience with rotordynamic analysis, mention specific projects where you've applied your analytical skills. Discuss the methodologies you used, the tools like NX or Solidworks that you employed, and any results or improvements in performance your analysis achieved.

In answering this question, emphasize your project management skills. Discuss how you assess task urgency and importance, use tools for organization, and communicate effectively with team members to ensure timely completion of all projects.

You should answer by detailing the manufacturing methods you've worked with that apply to propulsion systems. Speak about additive manufacturing, CNC machining, and material selection, showcasing your deep understanding of how these methods impact the design and production process.

When discussing a design challenge, be sure to select one that highlights your problem-solving skills. Explain the challenge in detail, including the problem's context, the steps you took to arrive at a solution, and the final outcome that illustrates your effectiveness.

Explain the systematic approach you take towards conducting design trade studies. Discuss how you identify key parameters, compare alternatives, analyze potential risks, and utilize data to inform decisions that align with project goals.

In your answer, describe your familiarity with relevant industry standards, such as API 684 or ARP 587. Explain how you incorporate these standards into your work processes and ensure that your designs meet compliance through thorough documentation and validation.

Mention key software tools that are vital for rotordynamics analysis and engineering design, such as CAD programs (like NX or SolidWorks), simulation software for dynamic analysis, and data management tools. Emphasize your proficiency and any specific use cases you have.

Share specific examples where you've identified process inefficiencies and implemented solutions. Discuss metrics you used to measure improvements, collaborating with teams, and how your contributions led to enhanced productivity or quality.

Detail your approach to vibration analysis, including the tools you use, the types of tests you’ve conducted, and how you interpret the data. Address any challenges encountered in the analysis process and how you adapted your techniques accordingly.

Discuss a specific project where your teamwork skills were crucial. Describe your role, how you communicated with team members, and any collaborative tools utilized. Highlight your ability to resolve conflicts and achieve project milestones together.