Propulsion Technician I, 2nd shift

As a Propulsion Technician I at Relativity Space, your primary responsibilities will involve the assembly and testing of Aeon-R engine components and sub-assemblies. You will support several in-house processes, including precision cleaning, hydrostatic proof testing, flow testing, and engine assembly. This hands-on role offers you the chance to refine your skills in building robust components and processes critical to our mission.

To be a successful Propulsion Technician I at Relativity Space, it's essential to have experience working on engines, focusing mainly on engine components. Familiarity with gas generator cycle engines and high-pressure fluid systems, along with the ability to read engineering drawings and work instructions, are crucial. While not mandatory, knowledge of 5S and Lean Manufacturing principles will also benefit your application.

The Propulsion Technician I position at Relativity Space operates on the 2nd shift, which runs from 2 PM to 10:30 PM. This schedule allows for hands-on work during the evening hours, or as we like to think of it, your daily opportunity to contribute to groundbreaking aerospace projects.

Relativity Space is dedicated to the growth of its employees. As a Propulsion Technician I, you will have access to an annual learning and development stipend, encouraging you to further your skills and knowledge in the aerospace field. This commitment reflects our mission to not just innovate in technology, but also to foster a culture of continuous improvement within our teams.

At Relativity Space, the hiring range for a Propulsion Technician I is between $24.51 and $29.93 USD per hour. This competitive salary reflects the skills and expertise required for this critical role, along with our commitment to fair compensation practices and total rewards beyond salary, including equity and generous benefits.

When answering this question, highlight specific types of engine components you've worked on, detailing your hands-on experience and any relevant projects. Focus on your understanding of how these components function within an engine and the importance of precision in their assembly.

Choose a specific example that showcases your problem-solving skills. Describe the challenge clearly, the steps you took to address it, and the outcome. Highlight teamwork or collaboration if applicable to demonstrate your ability to work with colleagues towards a solution.

Discuss any relevant experience you have with high-pressure fluid systems, explaining types of tests performed, such as hydrostatic proof tests or pneumatic leak checks. Share how you ensured safety and accuracy during testing processes, reflecting your technical knowledge and attention to detail.

Safety is paramount in aerospace roles. Share your understanding of safety protocols, drawing on past experiences where you prioritized safety, actively participated in safety training, or suggested improvements to existing practices. Your answer should emphasize your commitment to maintaining a safe working environment.

Demonstrate your research by discussing Relativity Space's mission to create an industrial base on Mars and the significance of the Terran R rocket. Talk about how you align with these goals and how your role as a Propulsion Technician I contributes to this vision, showcasing your enthusiasm and commitment.

Discuss any experience you have with Lean Manufacturing or 5S principles, providing examples of how you've applied them in previous roles. Emphasize your understanding of these methodologies and their advantages in improving efficiency and product quality within manufacturing processes.

Share strategies you employ to stay organized, such as using project management tools, prioritizing tasks, and effective communication with team members. Providing an example of a time you successfully managed competing deadlines and the quality of work you maintained will further strengthen your answer.

Reflect on your personal and professional motivations for applying. Discuss how the role aligns with your career goals, passion for aerospace, and interest in working on innovative projects like the Aeon-R engine. Authentic enthusiasm can help articulate why you would be a great fit.

Discuss specific tools and equipment relevant to engine assembly and testing. Providing examples of your hands-on experience with hydraulic systems, testing setups, or engineering software will showcase your technical capability and readiness for the Propulsion Technician I role.

Discuss any applicable resources you rely on, such as industry publications, webinars, professional organizations, or networking with peers. Emphasize your proactive approach to staying informed and continuously learning within the rapidly evolving field of propulsion technology.