Top Engineering Jobs in Los Angeles, CA

The Senior Software Engineer, Backend will design and maintain scalable backend services for artificial-gravity space stations, collaborating with cross-functional teams to ensure secure and reliable systems.

The Battery Electronics Engineer II will develop battery electronics systems, conduct simulations, design circuits, and validate system performance for space station applications.

The Combustion Devices Engineer II will design and manufacture parts for a space launch engine, collaborating with teams in testing and assembly.

The Turbomachinery Engineer II supports the design, manufacturing, and testing of propulsion components for artificial-gravity space stations, contributing to the development of high-performance engines.

The Senior RF Engineer will develop RF hardware products, create testing procedures, design RF systems, and ensure communication reliability on space stations.

The Fluids Test Engineer will design and build fluid system testing setups, develop test plans, lead integration tests, and collaborate with engineering teams to ensure successful operations of space station systems.

The Senior GNC Engineer will develop guidance, navigation, and control algorithms for spacecraft, own system architecture, define performance requirements, and validate simulations and tests on the spacecraft bus.

Lead and execute EMI/EMC development and qualification testing for spacecraft and components using MIL-STD-461/DO-160/CISPR methods. Develop test procedures, perform measurements (bonding resistance, shielding effectiveness, fields, RF voltages/currents), manage test resources and calibration, support on-site and remote testing, and communicate test purpose and results to hardware teams.

The Mechanical Engineer II will design, manufacture, and test parts for artificial gravity space stations. Responsibilities include creating models, managing manufacturing processes, and supporting integration and testing.

Perform system-level reliability analyses (FTA, FMEA/FMECA, RBDs), reliability predictions, and develop/maintain spaceflight component reliability data. Support trade studies, identify critical components, assist root cause/failure investigations and risk characterization for human-rated space station systems.