Top Tech Jobs & Startup Jobs in San Francisco Bay Area, CA

Lead rotordynamic analysis for turbomachinery systems, define test campaigns, develop computational models, and ensure high-precision manufacturing processes.

As a Structures Design Engineer II, you'll design and analyze composite and metallic structures for high-performance aircraft, supporting layout development and collaboration with cross-functional teams.

Lead the design and integration of supersonic air inlet systems, applying analytical methods and CFD to assess performance metrics and resolve integration challenges.

The Senior Aerodynamics Engineer will design and analyze aircraft aerodynamics, conduct CFD analysis, develop optimization techniques, and lead cross-functional teams.

The Flight Software Engineer will design and implement flight software, collaborate with engineers, and debug issues in a dynamic aerospace environment.

The role involves designing combustion devices for propulsion systems, conducting detailed analyses, leading prototype assembly, and troubleshooting hardware issues.

The Senior Propulsion Test Engineer will design and operate test stand infrastructure for jet engine testing, improving test capabilities and ensuring quality metrics are met prior to aircraft integration.

Lead technical development and integration of a defense aircraft across propulsion, structures, avionics, flight controls, testing, and certification. Serve as design authority, translate customer requirements, mitigate technical risks, coordinate cross-functional teams, and mentor engineering staff to deliver safe, mission-capable aircraft on schedule and budget.

Own and operate Teamcenter, NX, and related PLM systems; architect workflows, standards, and automation; integrate PLM with ERP and enterprise tools; troubleshoot user and system issues; support engineering, manufacturing, and supply chain; define long-term roadmap while executing day-to-day administration and development.

Design and deliver high-density, high-reliability power converters through full product lifecycle: concept, component selection, schematic/layout, bring-up, testing, manufacturing, and flight support while collaborating across disciplines on propulsion and generation systems.