Jobs at Boeing

Develop and analyze electronic and electrical cabin system requirements; translate requirements into system, hardware and software architectures; lead testing, lab integration, ground and flight tests; provide technical support and troubleshooting across product lifecycle; oversee supplier performance and mentor junior engineers; research and apply innovative technologies for Boeing Commercial aircraft.

Lead technical, schedule, and financial baselines for C-17 avionics development and sustainment projects. Manage hardware/software lifecycle from capture through supplier management, systems integration, flight test, qualification, and field support. Ensure technical performance, quality, cost, on-time delivery, and customer satisfaction. Coordinate across internal teams and suppliers; role is 100% onsite in Long Beach, CA and requires eligibility for U.S. security clearance.

Lead design and verification of high-performance ASICs/SoCs and multi-FPGA systems. Drive architecture, HDL implementation, verification (SystemVerilog/UVM), timing closure, hardware integration, and FPGA prototyping. Mentor teams, coordinate with systems/customers, and ensure delivery of production designs meeting program requirements.

Lead design and implementation of fault and autonomy architectures for experimental space vehicles. Perform failure analysis (FMECA, fault trees), write onboard fault protection requirements, develop autonomy and recovery procedures, integrate across subsystems, present to leadership, support technology integration and occasional on-call anomaly response, and coordinate with customers and cross-functional teams to meet mission objectives.

Lead development of operational concepts and system architecture for first-of-kind space vehicles. Coordinate stakeholders, perform functional analysis and trade studies, apply MBSE to capture architectures, and drive integration between space and ground domains. Act as technical lead and customer-facing point of contact for mission design and execution.

Lead development and implementation of operational concepts and system architectures for first-of-kind space vehicles. Coordinate stakeholders, run trade studies, perform functional analysis and MBSE modeling, present reviews, and drive system integration to meet mission objectives in an onsite, security-cleared environment.

Lead cross-functional and supplier teams to drive supplier performance recovery, oversee supplier quality, delivery and financial performance, develop integrated supply base plans and technical approaches, acquire resources, and manage and mentor employees and mid-level managers to meet program and business objectives.

Lead development and integration of fault and autonomy architectures for first-of-kind space vehicles. Perform failure analyses (FMECA, fault tree), write onboard fault protection software requirements, design autonomy and ground recovery procedures, coordinate stakeholders and customers, present reviews, and provide occasional on-call anomaly support. Ensure redundancy and fault tolerance across spacecraft and ground systems.

The Quality Inspector Senior inspects electrical components for compliance, documents results, drives resolution of nonconformances, and collaborates with teams for quality improvements.

Lead wire harness design, documentation, and installation for space and launch vehicles. Coordinate with cross-functional teams, perform system integration and troubleshooting, support manufacturing and testing, mentor junior engineers, and maintain configuration, security, and compliance throughout product lifecycle.

Lead design, qualification, and integration of spaceflight wire harnesses. Provide technical oversight, troubleshoot manufacturing/testing issues, develop documentation, mentor junior engineers, and support RF/high-speed media and EMI/EMC considerations while ensuring security and configuration control.

The Survivability Systems Engineer/Scientist leads analyses and testing for spacecraft survivability against environmental challenges, overseeing designs and compliance verification.

Design and document structural, payload, and tooling/equipment integration using 3D CAD (PTC Creo). Support prototype/test tooling, manufacturability, configuration control, production readiness, and resolution of production/service issues. Collaborate cross-functionally, perform preliminary strength analysis and trade studies, support proposals, and ensure compliance with safety, regulatory, and producibility requirements. Work onsite under general direction.

Design, develop, and document spacecraft payload structural and interior components using 3D CAD. Route RF waveguides and cables, support manufacturing and supplier activities, investigate anomalies, and coordinate requirements across functions under general supervision.

The Systems Engineer will design and develop RF, digital, and optical satellite communication systems, focusing on signal processing architectures, performance analysis, and unit integration.

Design and model 3D wire harness assemblies and installation layouts for spacecraft using CAD tools. Collaborate with cross-functional teams, support manufacturing and installation, validate schematics, perform design reviews and analyses, and manage engineering drawings and documentation to ensure producibility and system integrity.

Support Linux bring-up for avionics boards and contribute to BSPs, bootloader configuration, kernel/device-tree development, and low-level C driver implementation for interfaces like SPI, I2C, UART, Ethernet, and SpaceWire. Build simple validation/diagnostic tools in Python or C, participate in cross-functional design reviews, and assist lab and production testing. Must be a U.S. Person eligible for required security clearance.

Lead cross-functional teams to deliver hardware subsystems, ensuring alignment with cost, schedule, and technical performance. Oversee execution, capacity planning, and resource alignment for high-rate manufacturing.

Lead the Satellite Payload Integrated Product Team for the MUOS SLE program, overseeing payload development, integration, test, verification, delivery, and cross-functional execution. Manage direct and matrixed staff, enforce cost/schedule/technical performance, coordinate suppliers/subcontractors, mitigate risks, ensure compliance with Boeing processes and customer requirements, present status to leadership, and support team development and continuous improvement.

Lead payload design, procurement, integration, and test for a commercial satellite. Manage resources, suppliers, schedules, and AI&T activities; develop and maintain integration and test plans; ensure technical correctness, process compliance, and performance metrics; coordinate cross-functional teams to meet customer and program requirements.