About the role
SpaceX was founded under the belief that a future where humanity is out exploring the stars is fundamentally more exciting than one where we are not. Today SpaceX is actively developing the technologies to make this possible, with the ultimate goal of enabling human life on Mars. ELECTRON BEAM WELDER (RAPTOR COMBUSTION DEVICES)
RESPONSIBILITIES: EB weld, assemble, and fabricate all combustion device hardware (Raptor V3 Fuel Stack) Assist engineering in development of new weld schedules and optimization of existing tooling Complete machine preventative maintenance and provide subject matter expertise to troubleshoot issues Use precision calibrated tools – torque wrenches, micrometers and calipers Perform work according to procedures, specifications and test instructions Read and interpret technical drawings, and follow detailed work instructions Use various mechanical tools without instruction Perform other related duties for the purpose of ensuring an efficient and effective work environment Operate forklifts, cranes and heavy equipment BASIC
QUALIFICATIONS: High school diploma or equivalency certificate 2+ years of experience in EB welding, TIG Welding, CNC machine operation, and/or mechanical assembly PREFERRED SKILLS AND EXPERIENCE: 5+ years of experience in welding with one or more of the following materials: stainless steel, inconel, aluminum or titanium Experience with aerospace electron beam welding Experience with aerospace TIG welding Knowledge of weld assembly tolerances and pre-weld cleanliness
requirements Proficient in blue print reading and lay out Knowledge and experience completing welds that pass visual before being X-rayed or dye penned AWS D17.1 and D1.2 certification Experience with overhead cranes and forklifts ADDITIONAL
REQUIREMENTS: Must be willing to work all shifts, overtime, and/or weekends as needed. Start time: 1st shift (~5:00 AM) Able to lift a min. of 25 lbs. unassisted Able to stand for extended periods – 8 hours min Able to stoop, bend, crawl, and maneuver in tight spaces ITAR