Turbomachinery Team- Turbomachinery Engineer II

The Turbomachinery Engineer II at Relativity Space is integral to developing the assemblies for fuel and oxidizer turbopumps of the Aeon-R engine family. This role involves collaborating closely with propulsion development teams to implement design improvements, performing analyses, and incorporating results to drive projects to completion. The engineer will also engage in testing and iterating throughout the product lifecycle, ensuring that the turbomachinery systems meet all specifications.

To be considered for the Turbomachinery Engineer II role at Relativity Space, candidates must hold a degree in engineering or a related technical field along with at least two years of relevant experience. Familiarity with turbomachinery design principles, structural analysis, and thermal and fluid behavioral analysis is essential. The ideal candidate will also have hands-on experience in turbopump assembly procedures, contributing creatively to the development of propulsion systems.

Success as a Turbomachinery Engineer II at Relativity Space hinges on several key skills. First, candidates should thrive in ambiguous situations, demonstrating strong problem-solving capabilities. A thorough understanding of turbomachinery design and the ability to collaborate effectively in multidisciplinary teams are crucial. Additionally, familiarity with design software like Siemens NX and Teamcenter is a plus, allowing for more productive project management and innovation.

Relativity Space offers an attractive benefits package for the Turbomachinery Engineer II role, including competitive salary options ranging from $112,000 to $143,000 USD. Beyond salary, employees enjoy generous paid time off, parental leave, an annual learning stipend, and a healthy work-life balance. The company values transparency and fairness in its practices, ensuring that all employees are appreciated and supported in their career growth.

The contribution of a Turbomachinery Engineer II at Relativity Space goes beyond traditional engineering roles. By designing and developing turbopumps for the Aeon-R engine, this position supports the company's mission to launch payloads into space effectively. The innovative approaches taken in design and testing not only enhance current technologies but also pave the way for advanced propulsion systems that will be crucial for future interplanetary exploration.

When addressing this question, share specific projects you've worked on, focusing on your role in the design, analysis, or testing of turbomachinery. Include details like using specific software tools or methodologies that you applied, the challenges faced, and how you tackled them. Emphasizing real-world applications will demonstrate your expertise and relevance to the Turbomachinery Engineer II position.

In your answer, highlight the importance of the Aeon-R in the context of Terran R and its goals as a reusable rocket. Discuss how the Aeon-R's design facilitates meeting customer demands for payload launches and what innovations it brings to the industry. Show that you've done your homework on the company’s vision and the role of turbomachinery within that.

To respond effectively, describe your experience working with teams across engineering, manufacturing, and testing disciplines. Provide examples of successful collaboration, communication strategies, and any tools you used to keep everyone aligned. This showcases your ability to work cohesively in dynamic environments like the one at Relativity Space.

Your answer should focus on systematic approaches to problem-solving and troubleshooting. Discuss techniques like root cause analysis, conducting simulations for performance testing, and practical experiences where you diagnosed and resolved turbomachinery challenges, highlighting your analytical skills and hands-on involvement.

In your response, reflect on a project where not all details were clear from the start. Explain how you took initiative by gathering insights, soliciting input from colleagues, or conducting initial testing to drive decisions. Demonstrating your adaptability and resourcefulness in uncertain situations will resonate well with the interview panel.

When answering, outline your time management skills, mentioning tools or methods you use (like Agile methodologies, Gantt charts, etc.) to keep projects on track. Share an example where you successfully managed tight deadlines, emphasizing how you coordinated with teams to ensure on-time deliveries while maintaining quality.

In your response, articulate the critical function of turbomachinery in supplying propellants under high pressure, impacting the efficiency and reliability of rocket propulsion. Discuss concepts like thrust-to-weight ratios and performance characteristics, showcasing your depth of understanding in aerospace mechanisms.

Share experiences where you used additive manufacturing in design or prototyping, illustrating its impact on project efficiency or innovation. Express familiarity with how 3D printing can revolutionize aerospace components by reducing weight and complexity.

Answer by discussing specific industry publications you read, conferences or workshops you attend, and any online resources or courses you utilize. This will demonstrate your commitment to continuous learning and professional growth relevant to the Turbomachinery Engineer II role.

To effectively convey your interest in Relativity Space, emphasize their innovative approach to aerospace and your excitement about being part of groundbreaking projects. Connect your personal values, such as a desire for impact in space exploration and a passion for engineering challenges, with the company's mission and culture. Personal stories can make your answer engaging and memorable.