• A high degree of autonomy and initiative is required
• Degree in engineering or related technical field and 3+ years of relevant experience
• Strong hands-on acumen with hardware
• Ability to effectively investigate, resolve and screen hardware non-conformances
• Ability to drive failure investigation efforts, root cause analysis and implementation of corrective action(s)
• Knowledge of general assembly and test procedures, including tolerance stack-up analysis, structural proof testing and pressurized leak checks
• Experience with GD&T, CAD, and analysis tools including tool design

Desirable

• The engine manufacturing department's mission is to product high performing products & manufacturing systems by continuously innovating on cost, quality, and lead time
• Through cross-functional collaboration, high levels of accountability, and a focus on safety we support the Terran R program
• We are responsible for providing design feedback on new hardware iterations, developing new manufacturing methods and systems, and ultimately building engine and vehicle hardware for testing prior to our first launch
• Our team's highlights from the last 6 months include the MDC of the first Aeon-R engine, completing thousands of hours of PBF printing, building and testing over 50 valves of 26 different iterations, and implementing large scale process improvements along the way
• We are looking for a talented Propulsion Integration Engineer who will contribute to the development of Aeon-R hardware and manufacturing processes for the Terran-R vehicle
• As a Propulsion Integration Engineer, you will own and develop the processes for the builds of major Aeon-R subassemblies an engine integration
• With a focus toward manufacturability, you will serve as the main point-of-contact between the manufacturing and design teams as we develop and optimize Aeon-R hardware and packaging, ensuring as-built hardware meets all aspects of the intended design
• You will project manage a wide variety of hardware in varying states of their manufacturing lifecycle
• You will develop processes and procedures for post-processing of 3D printed parts and recommend design adaptations to improve reliability and throughput
• You have the passion, tenacity and resolve to work through challenging issues unique to 3D printed and machined components
• This role requires a high degree of cross functionality between design, manufacturing, and test teams