Sr. Automation and Controls Engineer, Consumer Hardware (Starlink)

As a Sr. Automation and Controls Engineer at SpaceX, you'll lead various automation projects including the design and development of factory systems, machine commissioning, and creating PLC code that optimizes manufacturing processes. Your responsibilities also involve ensuring compliance with OSHA safety standards, crafting user-friendly HMI screens, and managing team schedules and budgets.

To apply for the Sr. Automation and Controls Engineer role at SpaceX, candidates should hold a Bachelor’s degree in engineering, physics, or computer science, along with at least 5 years of automation experience in a manufacturing environment. Strong communication skills and a problem-solving mindset are highly valued as well.

Preferred skills for the Sr. Automation and Controls Engineer position at SpaceX include experience in mechanical design, electrical systems, and industrial software. Familiarity with tools like CAD programs and knowledge of NEC and NFPA regulations are also advantageous, alongside an enthusiasm for collaborative problem-solving and innovative design.

A Sr. Automation and Controls Engineer at SpaceX contributes by spearheading automation initiatives that enhance production efficiency. You will oversee the entire lifecycle of projects, from ideation to implementation, ensuring that safety standards are met and addressing complex challenges with effective solutions that advance the capabilities of Starlink's manufacturing processes.

The work environment for a Sr. Automation and Controls Engineer at SpaceX is dynamic, fast-paced, and innovative. You'll collaborate with a team of passionate professionals, tackle multifaceted engineering challenges, and directly contribute to groundbreaking projects that have far-reaching impacts in broadband technology and beyond.

In addressing your experience with PLC programming, highlight specific projects where you utilized structured text programming, and explain how you achieved desired outcomes by debugging and optimizing code. Emphasize your familiarity with safety protocols and any relevant software you used.

To ensure factory compliance with safety standards, discuss your knowledge of ANSI/RIA15.06 and OSHA regulations. Provide examples of how you have implemented safety systems for automated machinery and the processes you followed to maintain compliance throughout project lifecycles.

In troubleshooting manufacturing equipment, describe your methodical approach which combines thorough diagnostics, hands-on testing with tools like multimeters, and your analytical skills in identifying root causes. Give examples of past challenges and how you resolved them effectively.

When discussing collaboration with cross-functional teams, focus on a specific project where diverse expertise was crucial. Explain how you facilitated communication, integrated various perspectives into your designs, and ultimately drove the project to a successful conclusion.

Share insights about innovations you’ve implemented in previous engineering roles. Highlight a particular challenge that necessitated creative thinking and present the outcome of your innovative approach, showcasing its impact on efficiency or production quality.

When managing multiple projects, describe your prioritization techniques, such as using project management tools and clear communication with team members. Discuss your experience in meeting deadlines while maintaining high-quality standards and how you motivate your team.

Discuss specific safety precautions that you prioritize when designing automation equipment, such as fail-safe circuits, regular risk assessments, and adhering to established safety standards. Provide examples of how these precautions enhanced the overall safety of manufacturing environments.

Explain your approach to machine design for high-rate production by detailing your processes of identifying key performance indicators and implementing scalable designs. Share examples of how you ensured reliability and efficiency during high-volume manufacturing.

In discussing tools and software, mention your familiarity with CAD programs, PLC programming software, and project management tools. Highlight specific examples where these tools have enhanced your workflow or contributed to project success.

Discuss your methods for keeping up with trends in automation and controls engineering, such as participating in professional organizations, attending workshops, and engaging with online communities. Mention any relevant certifications or coursework you've pursued to enhance your skills.