Propulsion Manufacturing Engineer II

As a Propulsion Manufacturing Engineer II at Relativity Space, your primary responsibilities will include taking ownership of turbopump manufacturing, leading the development of manufacturing strategies, designing tooling and fixtures for assembly, and collaborating with cross-functional teams for testing and scalability. You will also be responsible for resolving hardware non-conformances and creating manufacturing work instructions to drive continuous improvement in production processes.

To be a successful Propulsion Manufacturing Engineer II at Relativity Space, you’ll need a bachelor's degree in a technical discipline and at least 3 years of experience in building, manufacturing, or testing turbomachinery hardware. Proficiency in CAD tools like Siemens NX for tooling design, along with project management experience and a hands-on approach, will also be essential for this role.

Relativity Space supports the growth of its Propulsion Manufacturing Engineer II team members through various means, including a generous learning and development stipend, opportunities for hands-on training, and a culture focused on innovation and collaboration. You’ll be part of a team that values transparency and fairness, making your contributions integral to the journey towards our technological goals.

As a Propulsion Manufacturing Engineer II at Relativity Space, expect a dynamic and sometimes ambiguous work environment characterized by fast-paced development. You’ll work closely with a passionate team that values accountability, safety, and collaboration, ideal for fostering innovation and driving improvements to our manufacturing processes.

The salary for a Propulsion Manufacturing Engineer II at Relativity Space ranges from $112,000 to $143,000 USD, depending on qualifications and experience. In addition to competitive salary packages, the company offers generous vacation and parental leave policies, equity options, and opportunities for professional development, ensuring that you have a fulfilling work-life balance.

When answering this question, highlight specific projects where you played a critical role in building, manufacturing, or testing turbomachinery hardware. Discuss any challenges you faced and how you resolved them, showcasing your technical skills and understanding of complex systems.

Detail your process for evaluating existing work instructions, soliciting feedback from team members, and implementing changes that enhance clarity and efficiency. Use examples to show how you’ve made tangible improvements in other roles, demonstrating your commitment to continuous improvement.

Provide a concrete example where collaboration led to successful outcomes, discussing the teams involved, the objectives, and what role you played. Focus on communication strategies and problem-solving skills that resulted in effective teamwork.

Discuss any specific methodologies like root-cause analysis or corrective action processes you use to systematically investigate hardware issues. Highlight your analytical skills and your ability to implement effective solutions swiftly.

Share your strategy for prioritizing tasks, whether by assessing project deadlines, project interdependencies, or resource availability. Real-world examples can illustrate your ability to stay organized and focused under pressure.

Detail your proficiency with CAD tools like Siemens NX, providing examples of projects where you utilized these tools for tooling design. Discuss any specific features you used to enhance your designs and how they benefited the manufacturing process.

Illustrate your commitment to safety by mentioning specific practices you’ve implemented or followed. Discuss training sessions, protocol adherence, or any initiatives you spearheaded that improved safety outcomes.

Provide examples where you identified cost-saving opportunities within a manufacturing program. Discuss the steps you took, the stakeholders involved, and the outcomes achieved.

Share specific examples from your career where you led or supported the transition from development to high-volume production. Highlight the challenges you faced and the strategies you employed to ensure a smooth transition.

Discuss the resources you utilize for staying informed, such as specialized journals, online courses, or industry conferences. Explain how you apply new knowledge to your work, demonstrating your passion for continuous learning.