Quantum Space is redefining mobility and maneuverability in space. Our high-mobility spacecraft platforms support national security, civil, and commercial missions with unmatched flexibility and propulsion capability. We build fast and iterate quickly.

Who We’re Looking For

We are seeking a skilled and technically driven Manufacturing Engineer (Welding) to lead the development, qualification, and implementation of welding processes for our Ranger spacecraft program at our Tulsa manufacturing center. In this role, you will oversee welding processes supporting propellant tanks, propulsion feed systems, tubing and fittings, structural weldments, and tooling while ensuring all flight hardware meets rigorous aerospace quality, safety, and mission assurance requirements.

You will play a critical role in establishing welding capabilities for our growing manufacturing operations, including developing welding procedures, qualifying welders, selecting equipment, designing fixtures, and implementing process controls that ensure consistent, repeatable, and traceable weld quality. Working closely with design engineering, manufacturing, quality, and production teams, you will serve as the technical authority for welding operations and help transition Ranger spacecraft hardware from development into rate production.

This position is ideal for an engineer who combines strong welding engineering expertise with hands-on manufacturing experience, enjoys solving complex technical challenges, and thrives in a fast-paced environment where innovation, precision, and mission success are essential.

Where You’ll Make an Impact

Develop and qualify welding procedure specifications (WPS/PQR) for titanium, aluminum, stainless, and Inconel in TIG, orbital, and automated processes
Qualify and certify welders and weld operators; maintain certification records
Select, specify, and commission welding equipment, orbital weld heads, purge systems, and weld cells
Design and procure weld fixtures and tooling for tanks, tube assemblies, and structural weldments
Define weld inspection plans, NDI requirements, and acceptance criteria with quality and design engineering
Partner with design engineering on weld joint design, accessibility, and specification callouts
Lead root cause and corrective action on weld defects and process excursions
Write work instructions and process control plans for welding operations; train and support welders on the floor
Ensure welding operations comply with safety, cleanliness, and mission assurance requirements

What It Takes

Bachelor's degree in welding, materials, mechanical, or aerospace engineering, or AWS Certified Welding Engineer
3+ years of experience in welding engineering in an aerospace, pressure vessel, or precision fabrication environment

Nice-to-Have Experience

Hands-on TIG welding ability on thin-wall aerospace alloys
Experience with AWS D17.1, AWS D1.1, NASA-STD-5006, or ASME Section IX
Experience with orbital tube welding of stainless and titanium for fluid systems
Experience with electron beam, laser, or friction stir welding
Experience with weld NDI (radiography, dye penetrant, ultrasonic) and metallographic evaluation
AWS Certified Welding Inspector (CWI) certification
Experience standing up a weld shop or weld cell, including equipment selection and purge and cleanliness controls
Familiarity with AS9100 quality systems and mission assurance practices for flight hardware

What You’ll Get

Ownership – Lead the development, qualification, and implementation of welding processes for mission-critical spacecraft hardware, taking responsibility for welding quality, process controls, and production readiness
Innovation – Develop and implement advanced welding technologies, equipment, and manufacturing processes supporting next-generation spacecraft propulsion and structural systems
Impact – Play a direct role in ensuring the quality, reliability, and performance of flight-ready propulsion tanks, fluid systems, and structural components supporting national security, civil, and commercial space missions