Structures Technician II, 1st Shift

The Structures Technician II at Relativity Space is responsible for a range of critical tasks, including drilling precision holes in flight hardware, assembling components using structural adhesives, and performing in-process inspections using hand tools. This role also involves ensuring that safety and quality standards are upheld while collaborating across multiple teams to support innovative manufacturing processes.

To qualify for the Structures Technician II position at Relativity Space, candidates should have at least three years of experience in precision drilling, structural assembly, or aerospace integration. Additionally, proficiency in using common hand tools, inspection tools, and familiarity with team communication platforms like Slack are essential. While not mandatory, A&P certification and experience with composite parts are considered advantageous.

As a Structures Technician II at Relativity Space, you can expect a dynamic and collaborative work environment focused on safety and innovation. You will join a passionate community dedicated to transforming the aerospace industry while upholding high standards of shop cleanliness and safety. It's a supportive atmosphere where diverse ideas are welcomed, and teamwork is highly valued.

The Structures Technician II position at Relativity Space offers a competitive salary, meaningful equity options, ample paid time off, and sick leave. Additionally, the company provides a generous parental leave policy, an annual learning and development stipend, and comprehensive benefits that encourage growth and well-being. Exceptional transparency in compensation practices ensures all employees feel valued and recognized.

While prior experience in the aerospace industry is highly preferred for the Structures Technician II role at Relativity Space, it is not strictly mandatory. The ideal candidate will bring relevant skills and a willingness to learn, which can also include transferable experiences from other sectors. What matters most is a strong foundation in precision drilling and structural assembly.

In your response, detail the specific techniques you have used for precision drilling, including the types of drill motors and sizes you are accustomed to working with. Highlight examples where you ensured high-quality outcomes and adhered to safety standards.

Explain the methods and tools you utilize for accuracy, such as the use of specific fasteners, structural adhesives, or inspections with tools like micrometers. You can also discuss any relevant strategies or checklists you employ to verify assembly integrity.

Discuss your understanding of safety standards relevant to the aerospace industry and provide examples of how you incorporate these standards into your daily tasks. You could share a specific incident where you prioritized safety and the outcomes that resulted from it.

Here, you should recount an experience where you collaborated with different teams, detailing how you communicated effectively and navigated any challenges. Emphasize the importance of teamwork in achieving the project's goals and contributing to a successful outcome.

Detail your experience with inspection tools such as calipers or pin gauges and explain how you utilize them to check components' accuracy. Explain the importance of in-process inspections during assembly and how they contribute to the overall quality.

If applicable, discuss any previous work you have done with composite materials, addressing any specific projects where you handled such materials. You can talk about challenges faced and how you overcame them to achieve desired outcomes.

Absolutely! Share your experiences in using tools like Slack or Microsoft Office to communicate with team members. You could mention how these tools have improved collaboration, streamlined workflow, or facilitated problem-solving.

In your answer, explain your knowledge of blending or deburring techniques, the tools you have used, and how you ensure that these operations meet quality standards. Providing examples of successful outcomes demonstrates your expertise in this area.

Provide an example of a challenge you encountered during a manufacturing task. Discuss how you approached the problem, the steps you took to resolve it, and any support you sought from your team or management to help achieve a successful result.

Discuss how maintaining a clean workspace contributes to both safety and efficiency in manufacturing. Share personal practices you implement to uphold shop cleanliness and how a clean shop can impact productivity and morale.