Turbomachinery Team- Principal Turbomachinery Engineer

As a Principal Turbomachinery Engineer at Relativity Space, you will be responsible for developing the assemblies for the turbopumps of the Aeon-R engine family. Your role will involve collaborating closely with various teams, including Propulsion Development and Manufacturing, to integrate improvements into future designs. You will oversee the entire lifecycle of these engine components, tackling unique engineering challenges and ensuring that our engines are ready for launch and reuse.

To qualify for the Principal Turbomachinery Engineer position at Relativity Space, you should possess a degree in engineering or a related technical field along with at least 12 years of relevant experience. You should have a solid background in turbomachinery development lifecycle, structural and thermal analysis, and experience in performing turbomachinery analyses such as bladed CFD and rotordynamics. The ideal candidate will have hands-on experience in aerospace environments alongside the ability to work effectively with multidisciplinary teams.

For the Principal Turbomachinery Engineer role at Relativity Space, skills such as proficiency in Siemens NX and Teamcenter are considered beneficial, although not required. Additional experience in designing bladed turbopump components or working in agile starting environments can also enhance your candidacy. Awareness of turbopump assembly procedures and related domains will give you a solid edge in tackling the challenges of rocket propulsion.

At Relativity Space, we recognize the importance of continuous learning and development. We offer an annual learning and development stipend as part of our total rewards package, which allows our Principal Turbomachinery Engineers to pursue various training, courses, or certifications that align with their professional growth. Our commitment to transparency and employee development is part of what makes our culture thrive.

The expected salary range for the Principal Turbomachinery Engineer position at Relativity Space is between $196,000 and $253,000 USD. This range is determined based on the candidate's experience, qualifications, and other relevant job-related factors. In addition to a competitive salary, our employees enjoy a generous benefits package that includes equity, PTO, and sick leave.

When answering this question, provide specific examples of turbomachinery projects you’ve worked on and the analytical techniques you utilized. Mention any relevant software tools, like CFD for bladed analysis, and highlight your understanding of structural and thermal analysis methods to showcase your expertise.

In your response, emphasize the importance of communication and teamwork. Discuss how you strive to build rapport with team members from diverse backgrounds and how this has benefited your past projects. Provide examples of successful collaborations that led to innovative solutions or improved project outcomes.

Share specific challenges you encountered and detail how you approached problem-solving. Highlight your analytical skills, your persistence, and any innovative solutions you implemented. It's important to convey resilience and your ability to learn from difficulties in engineering.

Discuss your familiarity with turbopump assembly procedures, emphasizing techniques such as rotor balancing, understanding interference fits, and performing structural proofing. Providing a step-by-step breakdown of your methodologies will illustrate your thoroughness and attention to detail.

Explain your strategies for staying current, such as attending industry conferences, engaging with professional organizations, participating in workshops, or reading relevant publications. Your commitment to continuous learning shows your dedication to the field.

Provide insights into specific projects where you employed CFD, discussing how you applied it to improve turbomachinery designs or performance. Emphasize the outcomes achieved through your CFD analysis to highlight your technical acumen.

Outline the project objective, your role, and your leadership or collaborative contributions. Discuss the design process, challenges faced, and solutions implemented, concluding with the project results and how it advanced your team's objectives.

Illustrate your time management strategies, prioritization techniques, and how you break complex tasks into manageable parts. Provide examples of high-pressure scenarios where you successfully met project deadlines without compromising quality.

Discuss your knowledge of rotor dynamics principles and give examples from past projects demonstrating your expertise in analyzing rotor behavior and how it impacts turbopump performance. Highlight techniques you’ve used to optimize rotor designs.

When responding, express your enthusiasm for Relativity Space's pioneering vision and innovative approach to aerospace technology. Highlight how your career goals align with the company's mission of advancing space exploration and discuss what excites you about the specific responsibilities of the role.