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As a Turbomachinery Engineer, you'll produce components for rocket turbopumps and develop manufacturing processes while collaborating with design teams.

As a Manager of Avionics Production, you'll lead the production team, optimize workflows, ensure quality, and drive continuous improvement in avionics manufacturing.

Manage a team performing thermal, structural, dynamic, and durability analyses for liquid propellant rocket engines. Lead FEA/CFD-driven design iterations, assess structural integrity of 3D‑printed components and integrated engines, sign off flight hardware readiness, collaborate with mechanical and manufacturing teams, set team vision, and recruit and mentor analysts to meet program milestones and reliability requirements.

The role involves being an expert in Powder Bed Fusion processes for creating reusable rocket components, leading material qualifications, and improving manufacturing processes while collaborating with cross-functional teams.

Lead the propulsion development team at Relativity Space, managing engine system development, mentoring engineers, and optimizing requirements for rocket engines while ensuring team growth and project completion.

Lead design, analysis, and development of turbine systems for rocket turbopumps. Perform aerodynamic and structural analysis, apply LCF/HCF methodologies, support assembly and testing, and collaborate with manufacturing, test, and integration teams to drive turbomachinery projects from concept to flight.

Lead turbomachinery design and analysis for rocket turbopumps, advancing turbine technology for space. Perform aerodynamic and structural analyses, LCF/HCF assessments, and support turbopump assembly, testing, and manufacturing integration. Drive projects from concept through development, collaborate across multidisciplinary teams, and support test campaigns and flight development.

This role involves owning the materials and processes for turbomachinery products, qualifying materials, collaborating with multiple engineering teams, and improving manufacturing processes for rocket propulsion.

Lead turbomachinery design and analysis for rocket turbopumps, driving aerodynamic, structural, thermal, and forced-response improvements. Collaborate with propulsion, manufacturing, test, and integration teams to develop, test, and iterate Aeon-R engine systems from concept to launch. Solve complex turbopump issues, support development and testing, and implement industry-standard design and assembly practices.