Manufacturing Propellant in Space at Mega Scale
Hawthorne, California
Starpath designs and manufactures robotic propellant production factories for the Moon and Mars, reducing the cost of deep space transport, and enabling humans to be a multi planet species.
On-site
Set up and operate CNC lathes, edit and optimize OKUMA G-code programs, interpret engineering drawings and GD&T, and produce precision components. Inspect parts, maintain machining records and equipment, optimize tooling and processes, support shop operations and assembly, and mentor teammates.
On-site
Set up and operate multi-axis CNC mills, edit and optimize HAAS G-code programs, and produce precision parts from engineering drawings, CAD/CAM models, and GD&T requirements. Inspect parts, maintain machining documentation and equipment, optimize tooling and processes, troubleshoot shop issues, and support teammates and product assembly as needed.
On-site
Own avionics subsystems and components from requirements development through deployment, including defining qualification criteria and validating hardware in simulated launch and lunar-surface environments. Coordinate with adjacent teams to integrate electrical, thermal, and software requirements while meeting project timelines and milestones.
On-site
Program, set up, and operate multi-axis CNC mills and other machine tools to produce precision aerospace and robotics components, including creating tool lists, optimizing tooling and machining processes, and maintaining programs and setup documentation. Design fixtures, troubleshoot and maintain shop equipment, collaborate with engineering and production teams, mentor colleagues, and assist with product assembly as needed.
On-site
Own the power converter design for the Starlight solar array, from system requirements and architecture through prototype development, qualification, and flight readiness. Design, simulate, build, test, and troubleshoot converter hardware while coordinating electrical interfaces and production transition with systems, mechanical, manufacturing, and test teams.
On-site
Own avionics systems, subsystems, and components from requirements development through deployment, including design, analysis, qualification, and flight execution. Define requirements and qualification criteria, validate hardware in simulated launch and lunar environments, and coordinate with electrical, thermal, and software teams to meet integration milestones.
On-site
Own the structural architecture, design, analysis, fabrication, qualification, and production readiness of lightweight solar array hardware. Lead structural trade studies, testing and model correlation, design reviews, risk reduction, and cross-functional coordination with engineering, manufacturing, and suppliers.
