Automation & Controls Specialist (Starship)

The Automation & Controls Specialist at SpaceX is primarily responsible for overseeing industrial automation projects. This includes developing data acquisition systems, commissioning new hardware, and leading collaboration with engineers and technicians. Additionally, the specialist is tasked with ensuring the reliability of production systems, performing risk assessments, and improving team processes overall.

To apply for the Automation & Controls Specialist role at SpaceX, candidates should possess at least a high school diploma or equivalent, and ideally have 2+ years of experience in a similar controls technician role. A strong background in electrical systems, automation technologies, and relevant codes such as NFPA regulations is also preferred to ensure success in this dynamic position.

The work environment for the Automation & Controls Specialist at SpaceX is fast-paced and highly collaborative, emphasizing teamwork across various engineering disciplines. Specialists will engage in hands-on activities, require adaptability to changing tasks, and occasionally work in challenging conditions, such as at elevated heights or in environments with exposure to noise and differing temperatures.

SpaceX offers a competitive compensation package, including hourly pay based on experience, long-term incentives such as stock options, comprehensive medical coverage, a 401(k) plan, paid parental leave, and paid vacation. The opportunity to participate in the Employee Stock Purchase Plan further enhances the overall benefits of working at SpaceX.

Safety is paramount at SpaceX, and the Automation & Controls Specialist plays a critical role in this mission. Specialists are expected to implement long-term reliability improvements, conduct regular analysis of system performance, and ensure that all projects comply with applicable safety standards and electrical codes to ensure safe and effective operations.

When troubleshooting complex automation systems, I first gather data on the malfunctioning component, reviewing schematics and operational logs. I’ll methodically test each segment of the system, isolating variables and consulting with team members to gather insights before proposing a solution. This systematic approach not only identifies the issue but also teaches me about the nuances of the system.

I have extensive experience programming PLCs and HMIs, having worked with various platforms to develop control logic tailored to specific manufacturing needs. I emphasize clear documentation and user-friendly interfaces to improve team communication and efficiency, ensuring that operators can easily interact with the systems I build.

I prioritize tasks based on urgency and impact, often using tools such as task lists or project management software. By breaking down larger projects into manageable steps and collaborating with my team, I ensure that every aspect is addressed, even in a challenging work environment.

Collaboration on automation projects is essential, and I ensure open lines of communication from the outset. Regular update meetings, utilizing collaborative tools, and maintaining a shared knowledge base are all strategies I employ to coordinate with engineers, technicians, and other stakeholders effectively.

I have worked extensively with data acquisition systems, crucial for monitoring and analyzing the performance of production processes. This experience includes selecting appropriate sensors, configuring data logging settings, and implementing software that visualizes data trends to support decision-making.

I approach reliability improvements systematically by analyzing existing data to identify trends in failures, and then actively consulting with team members to brainstorm potential enhancements. I emphasize preventive maintenance and continuous feedback loops to ensure that any implemented changes achieve lasting results.

I once managed a project with tight deadlines where we had to replace aging control systems. I focused on clear communication with the team, ensured we kept a rigorous project timeline, and conducted regular check-ins to address challenges as they arose. This proactive management led to completing the project ahead of schedule.

Safety protocols such as adhering to NFPA codes, ensuring proper documentation, and conducting regular system checks are critical in automation and control work. I believe that fostering a safety-first culture encourages everyone to prioritize safety in daily tasks, ultimately leading to a more reliable operation.

I've always had a fascination with space and technology. Being part of the commercial space industry means contributing to groundbreaking advancements that could change humanity's future. The potential to be part of exciting projects at SpaceX aligns with my professional aspirations and passion for engineering.

I stay current with industry changes by participating in forums, attending webinars, and reading technical publications related to automation and controls. Additionally, I'm part of a networking group where professionals share their insights and experiences, providing an invaluable resource for ongoing learning.