Top Tech Jobs & Startup Jobs

Design, build, and operate optomechanical test setups for spacecraft components. Own test assets and programs, coordinate vendors, perform test setups, inspections, troubleshooting, data acquisition, and environmental qualification testing to rapidly develop flight hardware.

Lead a team designing spacecraft antenna and feed-network systems (1–30 GHz) from concept through prototype, lab characterization, and on-orbit support. Integrate with RF, avionics, and mechanical teams, optimize for mass/thermal/power constraints, perform EM simulations and desense analysis, and debug real-world antenna performance.

Design, build, and operate fluid, mechanical, and electrical test systems for liquid rocket propulsion and spacecraft hardware. Own test assets and programs, coordinate vendors, perform test setup and troubleshooting, run test operations, and collaborate across teams to rapidly develop flight hardware.

Lead planning, coordination, and execution of spacecraft programs across development, qualification, acceptance, and flight campaigns. Own schedules, manage risks, define requirements, coordinate cross-functional teams (engineering, manufacturing, I&T, supply chain), track program health, support proposals, and document high-reliability processes to ensure timely delivery and mission success.

Lead certification activities for flight systems, analyze customer and government requirements, develop processes and documentation, support verification testing and demonstrations, interact with customers, and implement engineering and manufacturing changes to meet certification and mission readiness.

Lead design, analysis, testing, and implementation of storable liquid propellant systems. Architect fluid systems, plan and execute propellant/pressurization tests, resolve technical issues, coordinate across engineering, manufacturing, and operations, and lead small teams on propulsion development programs.

Lead design, analysis, and tuning of robust flight control algorithms for upper stages and landers. Produce stability analyses and verification data, contribute to GNC flight and simulation software, use SITL/HITL for evaluation, create GNC tools, mentor engineers, and communicate designs across teams to enable propulsive missions.

Lead design, installation, operation, and maintenance of cryogenic and industrial gas systems for spacecraft manufacturing and testing. Own system specifications, P&IDs, procedures, commissioning, troubleshooting, vendor management, and cross-functional coordination while ensuring compliance with safety codes and standards.

Design, analyze, build, and test high-performance turbomachinery for liquid rocket engines. Perform 1-D sizing, detailed flowpath and structural analyses for inducers, impellers, turbines, seals, bearings, and coolant paths. Collaborate with design, build, and test teams to ensure manufacturability, reliability, and successful turbopump production and testing.

Design, analyze, build, and test high-performance turbomachinery for liquid rocket engines. Perform 1-D sizing and detailed flowpath design for inducers, impellers, turbines, and secondary fluid paths; conduct structural analyses; ensure manufacturability, reliability, and successful turbopump manufacturing and testing while collaborating with design, build, and test teams.