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As a Propulsion Design Engineer II, you will design, analyze, and develop flow control devices for rockets, involving thermal and structural studies and test planning.

The engineer will develop and execute propulsion test plans, troubleshoot technical issues, and collaborate with multiple teams to validate engine performance.

Lead dynamic analysis efforts for rocket design, ensuring performance, reliability, and robustness while mentoring other analysts and improving tools.

Develop innovative engineering solutions for rocket launch systems by interpreting requirements, designing CAD models, and analyzing performance.

The role involves developing test plans, executing test campaigns, and troubleshooting propulsion test articles. It requires collaboration with multiple teams and ownership of projects to improve efficiency.

Support installation and operation of additive manufacturing equipment, establish SOPs, track machine utilization, and implement process improvements.

As a Turbomachinery Engineer, you'll develop turbopump assemblies for the Aeon-R engine family, collaborating closely with manufacturing and propulsion teams. This role requires navigating challenging issues in turbomachinery design and performing necessary analyses.

Lead structural analysis of flight hardware, ensuring structural integrity, fatigue and damage tolerance. Oversee methodologies, perform static/dynamic analysis, and guide cross-functional teams in supporting design and testing.

Responsible for designing and developing tools and factory automation equipment to support manufacturing, collaborating with various teams for efficient production of rockets.

The role involves designing and developing tools and automation solutions for manufacturing rockets, collaborating with various teams to ensure successful project completion and integration.