Weld Engineer I

A Weld Engineer I at Relativity Space plays a critical role in ensuring the quality of welds in aerospace manufacturing. Key responsibilities include operating mechanized and robotic welding equipment, diagnosing weld defects, and collaborating with design and production teams to optimize welding processes. The engineer must also communicate effectively with other technicians and engineers to develop welding parameters that meet stringent part requirements, ensuring the structural integrity crucial for aerospace applications.

To apply for the Weld Engineer I position at Relativity Space, candidates should possess a B.S. in Welding Engineering or Welding Technology. Additionally, a solid understanding of arc welding processes, especially GMAW, and hands-on experience with aluminum welding are highly desirable. Familiarity with metal fabrication processes and the ability to interpret weldment blueprints is essential for success in this role.

At Relativity Space, additive manufacturing is at the core of our innovative approach to aerospace technology. The Weld Engineer I will engage with the Stargate 3D-printing platform to create large-scale metal structures, ensuring high-quality welds that are essential for rockets. The collaborative nature of this position allows engineers to work closely with robotics and data science teams to advance our additive tech stack, enhancing both welding techniques and production efficiency.

An ideal candidate for the Weld Engineer I position at Relativity Space would possess a passion for additive manufacturing and a keen eye for detail in weld quality. They should have strong troubleshooting skills and be able to suggest constructive modifications to welding equipment to improve processes. Exceptional collaboration and communication skills are essential, as the role requires engaging with various teams to align welding practices with overall production goals.

Relativity Space is committed to employee growth and development. As a Weld Engineer I, you'll have access to a range of professional development opportunities, including an annual learning and development stipend for training and education. Furthermore, being part of a pioneering team allows you to engage in innovative projects that can advance your career and enhance your skills in cutting-edge welding and additive manufacturing techniques.

When answering this question, provide specific examples of projects where you successfully used GMAW welding techniques. Discuss the materials you worked with and any challenges you faced, along with how you overcame them. Highlight your understanding of the process and benefits of GMAW, especially in aerospace applications.

Begin your response by outlining your systematic approach to identifying weld defects, such as visual inspection or using NDT methods. Discuss specific examples where you diagnosed a defect, the corrective actions you recommended, and the outcome. Illustrate your understanding of weld quality and process optimization.

Share an example where teamwork played a crucial role in improving a welding process. Detail the collaborative efforts, the roles you and others took, and the impact of your teamwork on productivity or weld quality. This demonstrates your ability to communicate and work effectively within a diverse team.

Safety is paramount in welding environments. Discuss the safety protocols you follow, such as wearing appropriate PPE, ensuring proper ventilation, and following safe operating procedures. Mention any training you have had regarding safety measures and how you promote a culture of safety in the workplace.

Explain how you stay informed about new trends and technologies in welding. This could include attending industry conferences, participating in workshops, reading relevant journals, or engaging in online forums. Emphasize your commitment to continuous learning and applying new technologies in your work.

Provide examples of how you have successfully interpreted and utilized weldment blueprints in previous roles. Discuss your understanding of different symbols and sections of typical blueprints, and how this knowledge translates to your effective execution of welding tasks.

Share any practical experience you have with NDT methods, detailing how you have used them to ensure weld integrity. Explain how you collaborate with NDT personnel and how this has improved your understanding of quality assurance in the welding process.

Identify a specific challenge you encountered during a welding project, such as dealing with difficult materials or equipment issues. Discuss the steps you took to address the challenge and the skills you employed, highlighting your problem-solving abilities and resilience in the face of obstacles.

Describe a situation where you identified an inefficiency or defect related to welding equipment and suggested modifications to enhance performance. Include the reasoning behind your recommendation and the positive outcome that resulted from implementing the changes.

Share your passion for the field, focusing on what excites you about welding and additive manufacturing. Discuss any personal motivations or experiences that have fueled your interest and how they align with the innovative work at Relativity Space.