Top Tech Jobs & Startup Jobs

Perform reliability and system safety across the systems lifecycle: author safety program plans, perform reliability allocations, FMECA/FMEA, FTA/CMA, functional hazard and failure-condition analyses, decompose and verify safety requirements, support MBSE-driven design and systems integration, track aftermarket reliability metrics, interact with customers, and coordinate or lead small RMSS teams.

Design, implement, and optimize advanced manufacturing processes and technologies to improve efficiency, quality, and cost. Collaborate with supply chain, quality, and production teams to resolve manufacturing challenges, analyze production data, and support continuous improvement initiatives including Lean and Six Sigma projects.

Design, test, calibrate, and validate inertial navigation products (INS/IMU) from prototype to production. Perform sensor calibration, numeric evaluation, simulations, data analysis, trade studies, and support qualification, documentation, customer requirements flow-down, and proposal efforts while mentoring junior engineers.

Lead system-level propulsion and APU concept and architecture trade studies, perform competitive and roadmap assessments, develop technical proposals and BOEs, coordinate cross-functional teams, manage project planning and presentations, and support IPDS Phase 0-2A/Phase 2 HTF-NG concept work to optimize propulsion/APU system solutions.

Lead engineering for electric power generation/APU systems, drive design and reliability improvements, resolve production and field issues, coordinate cross-functional and supplier efforts, produce technical analyses/reports, mentor engineers, and support customer and FAA requirements.

Lead systems engineering for avionics programs, owning requirements, integration, verification, and customer interactions. Mentor teams, manage risks, troubleshoot complex issues, and collaborate across software, hardware, and test disciplines to deliver airborne surveillance and navigation systems.

Lead and optimize advanced manufacturing processes using automation, robotics, and additive manufacturing. Drive continuous improvement with data analysis and SPC, collaborate cross-functionally, provide technical guidance to meet production targets, and manage resources for quality and efficiency improvements.

Design, integrate, and validate aerospace air revitalization systems (CDRILS). Develop requirements, architecture, and V&V; collaborate with mechanical, electrical, chemical, and test teams. Lead system testing, troubleshooting, and ensure compliance with aerospace safety standards. Work hybrid in Glendale, AZ with initial onsite requirement.

Support development, integration, verification, and certification of Airbus Flight Management System (FMS). Define and manage system requirements, perform system-level troubleshooting and root-cause analysis, track defects in JIRA, coordinate across cross-functional teams, support ATP activities, and prepare technical and compliance documentation.

Lead and support systems and test engineering for the G570 APU program, manage requirements and system integration, maintain the Integrated Master Schedule, track milestones and budgets, coordinate cross-functional teams, report program status to leadership and the customer, and drive corrective actions to meet technical and schedule goals.