Optimizing production throughput for high cadence launch vehicles requires precise balance between additive design and traditional machining constraints. During my tenure as a Senior Manufacturing Engineer at SpaceX, I reduced cycle time for Falcon 9 engine valve housing components by 22 percent through iterative DFM improvements and advanced fixture design. This initiative directly supported the increased launch cadence by eliminating bottleneck processes in the machine shop. Bringing this experience in scaling rapid manufacturing to the launch support team at Relativity offers a direct opportunity to stabilize production schedules for the Terran R program.
My technical background centers on solving complex manufacturing challenges at Blue Origin and SpaceX. At Blue Origin, I utilized Siemens NX to develop automated fixture designs that decreased manual error rates by 15 percent during assembly. Additionally, I implemented rigorous GD&T standards across CNC machining workflows which improved part yield by 18 percent for flight critical hardware. Utilizing MATLAB, I analyzed thermal stress data from additive manufacturing builds to refine process parameters, resulting in a 12 percent reduction in material waste for large scale structural components across both aerospace environments.
Relativity stands at the forefront of aerospace innovation by fundamentally transforming the build process with large scale additive manufacturing. My expertise in integrating additive builds with traditional CNC finishing aligns with the specific technical requirements for optimizing the Stargate system. I offer deep proficiency in SolidWorks for complex geometric modeling and a structural understanding of material properties gained from years of hands on hardware production. Helping your team transition from early stage development to full scale orbital production requires exactly this combination of design rigor and manufacturing agility.
The opportunity to apply my knowledge of launch vehicle hardware production to the goals of Relativity remains a primary professional focus. I possess the technical skills to lead manufacturing processes that ensure reliability under extreme flight conditions. My background in transitioning components from design concept to flight ready status will serve your engineering goals effectively as you scale operations. Please let me know when you are available for a conversation regarding the specific technical hurdles facing your current launch support operations and how my manufacturing background contributes to success.
Best regards,
Hannah Mueller
