Wastewater Technician (Starlink PCB) - Night Shift

As a Wastewater Technician at SpaceX, you will be responsible for monitoring equipment performance, executing startup and shutdown procedures, and ensuring operational standards are met for production equipment. You'll troubleshoot and maintain various processes, handle chemicals safely, and collaborate with engineers to optimize manufacturing procedures for the Starlink project. Essentially, your role is crucial in maintaining the quality and reliability of our production systems.

To apply for the Wastewater Technician role at SpaceX, you should have a high school diploma or an equivalent certificate, along with at least 2 years of experience in a technical position or an associate's degree in a STEM field. Familiarity with printed circuit boards (PCBs) and experience in manufacturing environments are preferred. Also, having strong communication skills and the ability to work independently in a fast-paced environment will aid you in this position.

The work schedule for the Wastewater Technician at SpaceX involves primarily night shifts. Initially, you will work from 5 PM to 5 AM, Monday through Thursday. Once training is complete, you may be assigned to either the C-Shift or D-Shift, which operates through a mix of Sundays to Tuesdays or Wednesdays to Fridays, including every other Saturday. Flexibility and willingness to work overtime and weekends are important for this role.

SpaceX values employee development, especially for positions like Wastewater Technicians. You will have opportunities to collaborate closely with engineering teams, participate in major projects, and contribute to continuous improvement initiatives. We encourage our technicians to identify growth areas within the role, providing pathways for advancement as the facility expands and new technologies are implemented. Your input and hands-on experience are crucial as we continue to innovate.

The Wastewater Technician plays a vital role in the Starlink project by ensuring that the equipment and processes used in PCB manufacturing are operating at peak performance. By monitoring and correcting process deviations, you help safeguard the quality and production yield of the Starlink satellite systems. Your expertise will directly contribute to making reliable high-speed internet accessible to underserved populations worldwide.

Discuss specific projects, whether academic or professional, where you worked with PCBs. Highlight the systems you used and any hands-on troubleshooting or manufacturing processes you were involved in to demonstrate your knowledge and skills.

Provide a detailed example that outlines the problem, your analysis process, and the solution you implemented. Be clear about the skills you used, like your understanding of equipment or chemicals, and how your actions improved efficiency or resolved equipment failures.

Emphasize your knowledge of handling chemicals safely, including your experience with material safety data sheets and any safety training you've undergone. Stress your understanding of proper procedures to mitigate risks in a manufacturing environment.

Share your approach for staying organized and prioritizing tasks, especially in a fast-paced environment like SpaceX. Discuss any tools or methods you utilize, such as checklists or software, to ensure you meet production schedules without compromising quality.

Talk about your commitment to maintaining a clean and organized workspace. Explain the steps you take to uphold 5S principles, such as sorting items, standardizing processes, and sustaining your efforts to create an efficient work environment.

Detail your experience with preventive maintenance schedules and calibration methods you've used. Highlight specific equipment you're familiar with, and explain how your interventions helped extend equipment life or improved production reliability.

Discuss a particular improvement project you participated in with engineers, emphasizing your contributions and the outcomes achieved. Mention any data analysis or feedback you provided that led to implementing successful process enhancements.

Outline your immediate response actions, such as verifying process parameters and conducting assessments to determine the root cause. Elaborate on the protocols you follow and the importance of timely interventions in preserving production quality.

Explain your approach towards addressing nonconforming products, including the necessary steps for dispositions and rework. Emphasize your focus on quality control and collaboration with team members to rectify issues while adhering to safety regulations.

Reflect on the challenges you've encountered in similar settings, such as managing multiple priorities or rapid changes in task requirements. Discuss your strategies for overcoming these challenges and maintaining productivity without sacrificing safety or quality.