Automation & Controls Engineer, Launch Pad (Starship) - job 1 of 3

As an Automation & Controls Engineer at SpaceX, your primary responsibilities will include designing and integrating control systems for the Starship Launch pads, creating industrial electrical control panels, and developing control and data acquisition systems. You'll have the opportunity to interface control systems with high-power and communication equipment while collaborating with a talented team that pushes the envelope in aerospace technology.

To become an Automation & Controls Engineer at SpaceX, you need a Bachelor's degree in an engineering discipline and at least 1 year of experience in designing and commissioning control systems, including internship experiences. Familiarity with industrial automation and control systems, electrical schematic CAD, as well as mechanical design with CAD software, is preferred to really shine in this role.

Preferred skills for the Automation & Controls Engineer position at SpaceX include experience with PLC programming, HMI and SCADA programming, and design of instrumentation and control systems for hazardous areas. Additionally, knowledge of electrical power distribution, and experience selecting components like servo motors and controllers would be greatly advantageous!

The Automation & Controls Engineer plays a vital role in the success of SpaceX’s Starship program by architecting, designing, and building the electrical and control systems essential for the launch pad operations. Every control system you create will help ensure the reliability and safety of the world’s most powerful launch vehicle, paving the way for future missions beyond Earth.

At SpaceX, the team environment is collaborative and innovative, with a focus on producing state-of-the-art technology. As an Automation & Controls Engineer, you will work alongside a diverse team of talented engineers who share a passion for aerospace and are dedicated to overcoming complex challenges. This supportive environment fosters creativity and allows individuals to thrive while driving projects to completion.

When answering this question, be specific about your previous roles, projects, and the types of control systems you have designed. Discuss the methodologies used, such as the tools and software involved, and highlight your ability to troubleshoot and improve existing systems.

Your response should include specific examples of PLC programming experiences, the languages you are proficient in, and how you’ve implemented automation solutions in past projects. Relate your answer to the unique complexities of aerospace applications.

Explain your process for ensuring compliance with industry safety standards, including your familiarity with code regulations, design reviews, and collaboration with safety teams. Providing specific examples will demonstrate your commitment to safety in engineering.

Share a specific situation where you encountered a challenge, detailing the steps you took to analyze and address the issue. Highlight your problem-solving skills, teamwork, and any innovation you applied to overcome the obstacle.

Focus on your organizational skills and adaptive strategies. Mention any tools or methods you use, such as project management software or prioritization frameworks. Providing examples of when you've successfully managed projects under pressure will strengthen your answer.

List the specific CAD and electrical design tools you have experience with, such as EPlan or SolidWorks, and provide context on how you’ve utilized these tools in previous projects. Discuss your ability to learn new software quickly as well.

Center your response on your communication methods. Discuss how you adapt your communication style to different audiences and provide examples of how you’ve successfully facilitated discussions in team settings, or carried out presentations to convey complex information.

Talk about the principles of modular design and documentation practices you've used to ensure the longevity and usability of your designs. Explain how you’ve collaborated with end-users or other engineers to gather feedback for improvements.

Detail your experience with high-power systems, emphasizing your knowledge of circuit design, safety procedures, and testing the system to verify performance. Mention specific projects where you’ve implemented these practices successfully.

Share your passion for space exploration and how SpaceX’s mission resonates with you. Be sure to highlight the unique aspects of working for SpaceX that excite you, such as the innovative projects and the opportunity to collaborate with leading engineers in the field.