Jobs at Boeing

Design and develop RF and digital satellite communication systems, including fixed-point signal-processing algorithms, waveform characterization, performance analysis, trade studies, and HDL design verification. Support payload and spacecraft integration, testing, and in-orbit operations while collaborating with customers, suppliers, program management, and systems engineering teams. The role requires an active U.S. Secret clearance, U.S. citizenship, and onsite work in El Segundo, California.

Design and develop RF and digital satellite communication systems. Implement and verify multirate, fixed-point DSP algorithms, perform performance analysis, waveform development, trade studies, and support integration, test, and HDL-level design. Lead engineering teams and IR&D activities across system lifecycle from concept through in-orbit operations.

Leads manufacturing harness subsystem execution across engineering, production, procurement, and program management. Manages scope, schedules, budgets, cost performance, risks, earned value inputs, technical performance metrics, design changes, discrepancy reports, and hardware delivery. Develops product roadmaps, coordinates production capacity, supports manufacturing rates, and reports status to customers and stakeholders. Requires extensive technical experience, engineering or related education, harness lifecycle knowledge, leadership experience, and eligibility for a U.S. Top Secret/SCI clearance.

Design and develop RF and digital satellite communications systems; develop and verify multi-rate fixed-point signal processing algorithms; perform performance analysis, waveform development, trade studies, HDL-level design/verification; and support system-level design, integration, testing, and in-orbit operations.

Design and validate ASIC and mixed-signal subsystem architectures for space-based digital communication systems. Responsibilities include requirements derivation, verification planning, ADC/DAC performance analysis, technical trade studies, supplier coordination, hardware and software integration, qualification, unit sell-off, and risk mitigation. The role supports the full subsystem lifecycle and requires collaboration across engineering, program management, suppliers, and customers.

Design and develop RF and digital satellite communications systems. Create and verify multi-rate, fixed-point DSP algorithms, perform waveform development, system-level trade studies, HDL-level design support, and integration/test from unit to in-orbit operations.

Design, implement, and validate spacecraft guidance, navigation, and control algorithms; develop high-fidelity simulations and flight software; apply astrodynamics, flight mechanics, trajectory optimization, and autonomy techniques; support spacecraft integration, testing, operations, and anomaly resolution; and lead engineering teams while mentoring engineers and advancing GN&C practices.

Develops and integrates end-to-end space systems, managing external interfaces, requirements, verification planning, architecture models, system analyses, CONOPS, design documents, test plans, and operational evaluations. The role supports system-level requirements verification and selloff, customer and contractor collaboration, and technical team leadership. Requires onsite work in El Segundo, occasional local travel, U.S. Person status, and an active Top Secret clearance.

Designs and develops digital circuit and unit hardware for aerospace applications, including requirements, architecture, modeling, analysis, testing, verification, and production support. Leads technical reviews, supplier management recommendations, performance tracking, lifecycle engineering support, and future product research. The role requires close collaboration across satellite electronics teams and is fully onsite in El Segundo, California.

Three-year rotational engineering program supporting satellite and space systems across electrical, aerospace, mechanical, and systems engineering. Participants rotate through technical organizations focused on spacecraft systems, electronics, thermal and structural analysis, antenna design, integration and test, and information assurance. The program includes mentoring, leadership development, special technical projects, Lean engineering, and exposure to full product lifecycles. The role is 100% onsite in El Segundo, California, with possible rotations in Seal Beach and Huntington Beach.

Participate in a three-year engineering rotation program supporting satellite and space systems. Rotations may cover spacecraft systems, space electronics, thermal and structural analysis, antenna design, integration and testing, and related engineering disciplines. Participants complete technical projects, apply Lean engineering principles, receive mentoring, and develop technical and leadership skills. The role is fully onsite in El Segundo, California, with possible rotations in Seal Beach and Huntington Beach.

Leads government satellite systems test programs, overseeing scope, cost, schedules, requirements, safety, quality, integration, and execution. Partners with program managers, customers, suppliers, and leadership to develop test strategies, manage facilities and resources, monitor performance metrics, and conduct Earned Value Management. Requires leadership experience, engineering or technical education, cross-functional engineering or test experience, satellite system design and test experience, and the ability to obtain a U.S. Secret clearance.

Designs and analyzes space-based radar payloads across the full satellite program lifecycle. Responsibilities include defining requirements and interfaces, supporting hardware reviews, developing MATLAB/Excel-based analysis tools, conducting CONOPS and performance analyses, decomposing requirements, and contributing to architecture trade studies and technology roadmaps. The role requires expertise in RF radar systems, digital signal processing, MTI algorithms, and adaptive phased-array antenna analysis.

Design and analyze satellite solar arrays and battery mechanical/electro-mechanical systems. Lead design, testing, qualification, failure investigations, and cross-functional coordination. Produce mechanical/electrical layouts using Creo/AutoCAD, apply GD&T and DFMAT, and serve as a technical lead or Responsible Engineering Authority on spacecraft solar and battery hardware.

Lead engineering authority for classified space mission systems programs, overseeing systems engineering, requirements, interfaces, design integration, test, verification, supplier work, and lifecycle engineering processes. Establishes engineering practices, metrics, SOWs, team structure, and risk/issue management while ensuring export control and security clearance compliance.

Lead a multidisciplinary systems engineering team supporting rapid space mission technology development. Responsibilities include managing infrastructure, networks, computing equipment, laboratories, modernization and automation efforts, architecture trade studies, proposals, technical and cost baselines, staffing, schedules, and concurrent programs. The role requires space-program experience, satellite operations knowledge, team leadership, and an active Top Secret clearance.

Designs, integrates, configures, and optimizes IT infrastructure throughout its lifecycle. Installs and administers operating systems, servers, virtualization, storage, and Office 365 environments; supports high availability and security; documents procedures; researches automation; and leads DevSecOps adoption for ground-support computing infrastructure. Requires collaboration with engineering teams on requirements, schedules, deployments, and costing.

Develop and integrate space payload emulators using Xilinx SoC/FPGA platforms, embedded Linux, firmware, drivers, and hardware/software interfaces. Build Java or JavaScript GUIs for telemetry, command, and control. Perform board bring-up, lab debugging, system integration, and testing with multidisciplinary engineering teams. Use Xilinx toolchains, version control, and modern software practices while providing technical leadership during integration campaigns.

Leads the design, development, integration, testing, maintenance, and lifecycle management of ground software systems. Translates customer requirements into software architectures and designs, resolves defects, improves processes and performance metrics, supports user troubleshooting, evaluates emerging technologies, and oversees software projects, suppliers, compliance, and team performance. Serves as the ground software subject matter expert and leads related proposal efforts.

Designs and sustains avionics laboratory hardware, test articles, interfaces, instrumentation, and related systems. Responsibilities include hardware architecture, component selection, mechanical and electrical design, test procedure development, systems verification, troubleshooting, calibration, data analysis, configuration control, and technical documentation. The engineer supports program milestones, hardware reviews, test reporting, and cross-functional engineering activities for aerospace programs.