Structural Welder (Night Shift)

As a Structural Welder at SpaceX, your primary responsibilities will include completing welding assignments and procedures for the construction and repair of structural stands. You'll be required to cut, trim, or scarf metal objects while fitting and fabricating metal components precisely according to engineering drawings. You will also need to analyze welding operations when procedural information is absent and ensure that all work meets safety and quality standards.

To qualify for the Structural Welder position at SpaceX, you need a high school diploma or equivalent, along with at least two years of experience in flux-cored arc welding. Preferred candidates usually possess five or more years of experience in various welding techniques, including shielded metal arc and gas metal arc welding. Familiarity with AWS/ASME codes, safety practices, and precision measuring instruments are also advantageous.

Working as a Structural Welder at SpaceX means you will usually work nighttime hours in a fast-paced and dynamic environment. You may be exposed to extreme outdoor conditions, including heat and cold, and will work at heights on ladders or lifts. Flexibility is important, as schedules may vary based on operational needs, requiring availability for overtime and weekends.

Safety training is crucial for Structural Welders at SpaceX. You will work with equipment and in environments that have potential hazards. Knowledge of occupational hazards, effective safety precautions, and the ability to visually inspect your welds according to American Welding Society standards are fundamental in this role to ensure a safe and efficient workspace.

At SpaceX, there are numerous opportunities for advancement from the Structural Welder position. As you gain experience and further develop your skills, you can move into senior welder roles, or supervisory positions, where you can lead teams and projects. Continued education and training can also open doors to specialized welding roles within the company.

When answering this question, discuss your hands-on experience with flux-cored arc welding, detailing the types of projects you've worked on. Highlight specific techniques you’ve mastered and any relevant safety protocols you followed.

To effectively answer this, emphasize your attention to detail and commitment to quality. Discuss the methods you use to visually inspect your welds and how you adhere to AWS and ASME standards to maintain high workmanship.

Discuss the safety equipment you use, such as helmets, gloves, and proper protective gear. Additionally, talk about any training you’ve undergone in safety protocols and how you implement them in your day-to-day tasks.

When addressing this question, choose a specific project that involved technical challenges or tight deadlines. Explain how you overcame obstacles and what you learned from the experience.

Emphasize your flexibility and adaptability. Share examples of how you have successfully adapted to changing project scopes or timelines while maintaining productivity and quality.

List the specific welding processes you are trained in, such as SMAW, GMAW, and FCAW. You might also include any certifications or specialized training that reflects your proficiency in these processes.

Express your commitment to continuous learning, such as attending workshops, reading industry publications, or consulting with other professionals. Detail any courses you've taken to enhance your skills.

Discuss the importance of collaboration with engineers, supervisors, and fellow welders. Share examples where teamwork improved the project outcomes or increased efficiency.

Explain your process for reviewing engineering drawings, including how you assess the requirements and prepare for the welding tasks. Mention any tools or strategies you employ to facilitate comprehension.

Share a specific instance where you identified inefficiencies in a welding process, the changes you proposed, and the positive outcomes that resulted from your improvements.