Raptor Avionics Propulsion Technician

Starlink; Hawthorne (CA); On-site; USD 32,000 - 52,000; Full time

Benefits offered by this job

Stock options

Medical plan

401(k)

Job summary

SpaceX is seeking a Propulsion Technician (Raptor Avionics) in Hawthorne to fabricate electromechanical and harnessing hardware for flight systems, using precision assembly, laser welding, soldering, and related methods.

You will monitor progress against benchmarks, record work in the ERP system, and perform ATP testing with detailed documentation. The role supports NPI, safety, and continuous improvement in a high-volume aerospace environment.

Qualifications

• High school diploma or equivalency is required.
• 1+ years using mechanical hand tools or following work instructions.
• 1+ years in manufacturing/assembly or completed relevant trade school.

Responsibilities

• Fabricate electromechanical and harnessing hardware for flight using precision assembly, laser welding, wire bonding, epoxy bonding, soldering, and other methods.
• Self-monitor work progress against area benchmarks and achieve on-time delivery.
• Record work performed using the shop floor management system (ERP).
• Perform flight hardware acceptance (ATP) testing and document results clearly (thermal cycling, high-pressure proof, hi-pot, etc.).
• Provide feedback to assist with NPI (new production/processes introduction).
• Assist with efficiency, quality, and safety projects within area.
• Execute daily precision manufacturing tasks, assemble and fit-up subassemblies for flight fluid systems with precise routing and testing.
• Work with engineering teams to troubleshoot production issues and drive continuous improvements for high-volume production.

Skills

Hand tools

Manufacturing experience

A&P license

Lean manufacturing (5S)

Electrical testing

Education

High school diploma or equivalency certificate

Tools

ERP system

Job description

SpaceX is seeking a Propulsion Technician (Raptor Avionics) in Hawthorne to fabricate electromechanical and harnessing hardware for flight systems, using precision assembly, laser welding, soldering, and related methods.

You will monitor progress against benchmarks, record work in the ERP system, and perform ATP testing with detailed documentation. The role supports NPI, safety, and continuous improvement in a high-volume aerospace environment.