Launch Pad Engineer, Fluid Systems (Falcon 9)

About this role

SpaceX seeks a Launch Pad Engineer to design, build, and operate fluid systems for Falcon 9 and Falcon Heavy at Vandenberg Space Force Base. You'll lead technician teams, troubleshoot complex cryogenic and high-pressure systems, and present engineering certifications to government agencies while driving continuous operational improvements.

What you'll do

• Own design, build, configuration, and testing of launch pad fluid systems (compressible, incompressible, cryogenic)
• Lead technician teams during pad build campaigns to ensure accurate installation and activation of systems
• Troubleshoot fluid systems using thermodynamics, heat transfer, fluid dynamics, controls, and instrumentation expertise
• Develop and improve functional automation for assigned pad fluid systems
• Identify and implement hardware, software, and procedural upgrades across launch pad operations
• Present engineering certification packages and technical data to NASA, US Space Force, and other government agencies

What they're looking for

• Thermodynamics and fluid dynamics
• Control systems and instrumentation (pressure transducers, thermocouples, flow meters, solenoids)
• CAD software (SOLIDWORKS, Siemens NX)
• Python or programming languages for data analysis
• ASME standards (B31.3, BPV Code Section VIII) and aerospace regulations
• Launch/test facility operations and campaign support
• High-pressure and cryogenic system handling
• Team leadership and technical communication

Benefits

• Competitive salary range: $100,000–$140,000 based on level and experience
• Company stock options, long-term incentives, and employee stock purchase plan
• Comprehensive medical, vision, and dental coverage
• 401(k) retirement plan with company matching [details not specified]
• 3 weeks paid vacation and 10+ paid holidays annually
• Life insurance, short/long-term disability, paid parental leave

Likely interview questions

• Describe your experience troubleshooting complex fluid systems under pressure—how did you diagnose and resolve the issue?
• Tell us about a time you led technicians through a critical installation or activation. How did you ensure accuracy and timeline adherence?