Staff Materials & Processes Engineer, Corrosion

As a Staff Materials & Processes Engineer for Corrosion at Relativity Space, your primary responsibility will be the overall corrosion control on the Terran R rocket. This includes defining and implementing a Corrosion Control Plan, liaising with various interdisciplinary teams to ensure materials are selected and integrated effectively, and mentoring other engineers on best practices. Additionally, you'll research and develop innovative corrosion control materials and processes to enhance our vehicle's performance.

To be considered for the Staff Materials & Processes Engineer position at Relativity Space, candidates should hold a Bachelor’s degree in materials science, engineering, or a related field, along with at least 8 years of relevant experience. Strong foundations in materials science principles, along with an ability to foster collaboration within interdisciplinary teams, are essential for success in this role.

The Staff Materials & Processes Engineer for Corrosion at Relativity Space is key to fostering collaboration across multiple teams. You will work closely with materials engineers, lab staff for material characterization, and manufacturing teams to ensure the effective control of corrosion processes. Your ability to build strong relationships and align interdisciplinary partners will greatly influence the success of the Terran R rocket project.

While not required, experience in corrosion control of coastal launch vehicles or similar naval aerospace products will give candidates an advantage when applying for the Staff Materials & Processes Engineer position at Relativity Space. Hands-on experience with failure investigations, hardware inspections, and laboratory techniques related to corrosion control processes is also highly desirable.

At Relativity Space, the work culture is built around accountability, collaboration, and continuous growth. As a Staff Materials & Processes Engineer, you will be part of a dynamic team that's passionate about creating advancements in aerospace technology. The environment is inclusive and promotes mentorship, allowing you to thrive while contributing to innovative projects that have a lasting impact on the future of space exploration.

When answering this question, highlight specific types of corrosion control methodologies you have worked with, including inhibitors, surface treatments, and coatings. Discuss any hands-on experience you’ve had in applying these materials in aerospace or similar industries and how you integrated them into projects.

Discuss your viewpoint on the importance of collaboration in engineering projects and provide examples from your past experiences. Highlight instances where you successfully aligned goals across different departments, showcasing your interpersonal skills and ability to drive project efficacy.

Identify a specific challenge, such as the unique environmental conditions faced during launches. Provide insights into how effective corrosion management can address this challenge, and discuss any innovative approaches you've explored or implemented in your previous roles.

Use a specific example where you were responsible for a project involving corrosion control. Outline your role, the processes you put in place or improved, and the positive outcomes resulting from your contributions, emphasizing your problem-solving abilities.

Explain the methodologies or testing standards you use to verify material quality. Discuss how you collaborate with lab staff for materials characterization and the importance of adhering to strict quality control measures in corrosion applications.

Reflect on the significance of mentorship both as a mentor and mentee. Share examples of how you have helped junior engineers develop their skills, particularly regarding corrosion control best practices, and how this contributes to team performance and knowledge sharing.

Describe your approach to continuous learning such as subscribing to journals, attending conferences, or participating in professional networks. Highlight how staying informed impacts your work and helps you introduce innovative practices within your team.

Provide examples of how you've utilized predictive analytics in your past projects, specifically related to material performance and life analysis. Discuss the influence of data-driven decisions on project outcomes and your collaboration with analysts.

Outline a specific incident where you encountered a corrosion issue in a project. Detail your troubleshooting process, the steps you took to identify the root cause, and how your solution contributed to improving operational processes or outcomes.

Focus on your passion for aerospace technology and innovation, particularly in the context of additive manufacturing. Discuss your belief in the company’s mission and how your skill set aligns with the goals of Relativity Space, showcasing how you can contribute to their vision.