Stage Fluids Engineer I

As a Stage Fluids Engineer I at Relativity Space, you'll be responsible for the design and implementation of fluid systems on the Terran R launch vehicle. This includes conducting fluids routing and design trade studies, ensuring effective hardware mounting structures, and performing verification analysis on fluid hardware. You'll work closely with cross-functional teams, tackling the challenges involved in integrating fluid systems with structural and performance components. Your insights and designs will play a vital role in the mission's success!

To qualify for the Stage Fluids Engineer I position at Relativity Space, you need a bachelor’s degree in mechanical engineering or a related field. Additionally, having 0-1+ years of mechanical design experience through internships or academic projects is an asset. Familiarity with commercial CAD packages, fluid system components, and FEA tools will also be beneficial in this role. If you're ready to innovate and take ownership of your designs, we want to hear from you!

In the Stage Fluids Engineer I role at Relativity Space, you'll engage in diverse projects that focus on fluid system design for the Terran R launch vehicle. This includes designing fluid routing systems and mounting hardware, performing mechanical verification, and using innovative 3D printing methods. You’ll have the chance to see your designs come to life, making significant contributions to cutting-edge space exploration technologies.

Working as a Stage Fluids Engineer I at Relativity Space means being part of a vibrant and dynamic team focused on innovation in aerospace technology. You'll collaborate with passionate professionals keen on pushing boundaries in rocket design and additive manufacturing. Flexibility, creativity, and teamwork are key values that define the work environment, fostering a culture where new ideas can thrive and be developed into actionable projects.

At Relativity Space, the benefits for a Stage Fluids Engineer I are designed to support your overall well-being and professional growth. You'll receive a competitive salary, equity in the company, and generous paid time off, along with sick leave and parental leave policies. Additionally, an annual learning and development stipend is provided to help you grow in your career. This commitment to employee welfare reflects our dedication to fostering a diverse and fulfilling workplace.

In your response, consider discussing specific projects where you've worked on fluid system design, including components you dealt with and the design process you followed. Highlight any software tools you used, like CAD programs.

When answering this question, talk about a methodical approach. Explain how you identify various design options, assess their pros and cons, and arrive at a suitable solution, ideally referencing a specific experience.

Be sure to mention the CAD tools you are familiar with—like Solidworks or NX. Illustrate how you utilized these tools in past projects to create designs or solve engineering problems.

Discuss any practical experience you've had with verification methods, such as using hand calculations or FEA tools. Be specific about how you ensured the integrity and reliability of designs through these analyses.

Share examples of how you've integrated modern technologies into your engineering work. Discuss any projects where you implemented 3D printing techniques and the benefits this brought to the design process.

Emphasize your familiarity with Design for Manufacturing (DFM) and Design for Assembly (DFA) concepts. Use examples from your previous projects where you utilized these principles to streamline production.

Illustrate your adaptability by discussing a time you dealt with a significant shift in a project. Describe how you assessed the new direction, collaborated with your team, and adjusted your plans accordingly.

Prepare a specific example that showcases your problem-solving abilities. Emphasize the steps you took to analyze the issue, develop a solution, and implement it successfully.

Share your genuine interest in aerospace and your passion for innovation. Discuss any specific experiences that ignited this interest and how it drives your work as an engineer.

Express your insights on how additive manufacturing is transforming the aerospace sector. Discuss potential applications and advancements that excite you, showcasing your understanding of industry trends.