Top Electrical Engineering Jobs in Los Angeles, CA

Design, build, and qualify high-performance spacecraft electronics (compute modules, network switches, storage nodes, comms) balancing CPU/GPU/storage/network capability with flight constraints (power, thermal, EMI, mechanical, reliability). Lead hands-on prototyping, validation, and interface de-risking; collaborate with science and software teams to integrate and bring up onboard and ground infrastructure for deep-space missions.

Lead electrical architecture, design, test, integration, and manufacturing for next-generation AR airborne systems. Derive subsystem requirements, perform trade studies, prototype and verify designs, produce documentation, mentor the electrical team, and ensure compliance with military environmental and EMI/EMC standards.

Lead design, analysis, and validation of spacecraft electrical power subsystems (solar arrays, batteries, distribution, and protection). Own architecture trades, perform modeling/simulation, radiation and reliability analysis, lead PDR/CDR, develop test/EGSE/HIL campaigns, support environmental testing, produce design documentation, and mentor junior engineers to ensure mission-ready, high-reliability power systems.

Design, analyze, test, and integrate spacecraft electrical power systems including solar arrays, batteries, and power distribution. Perform modeling, simulation, reliability and radiation analyses, FMEA, EGSE/HIL development, and support environmental and EMI/EMC testing. Create technical documentation and collaborate with multidisciplinary teams for system-level integration and validation.

Lead design and delivery of space-qualified compute and storage systems for spacecraft and ground hardware twins. Own hardware prototypes, thermal/EMI/mechanical integration, and collaboration with software and science teams to validate flight-ready compute performance.

The Staff RF Electrical Engineer will define RF system architecture for spacecraft, develop performance tools, and mentor engineers while leading multi-team projects to enhance program outcomes.

Technical lead for spacecraft electrical power systems: set architecture and standards, lead design/analysis/verification of generation, storage, and distribution, perform reliability and radiation analysis, direct qualification and integration, mentor engineers, and support hardware through production and launch.

The Electrical Engineer II (RF) will design RF components, perform analyses, develop test plans, collaborate with teams, and support documentation and process improvements.

As a Principal RF Electrical Engineer, you'll architect multi-mission RF systems, define communication strategies, mentor senior engineers, and represent the company's RF capabilities externally.

Lead technical authority for spacecraft EMI/EMC: set system- and unit-level EMC requirements, define grounding/bonding/shielding/filtering architectures, drive MIL-STD-461 and GSFC-7000 qualification, perform pre-compliance analysis, diagnose EMI issues, develop test capability and procedures, and establish EMI/EMC standards and mentorship across programs through production and launch.

Design and develop electronic systems for consumer products, leading technical design reviews, debugging hardware, and collaborating with cross-functional teams.

The Electrical Engineer for Spectacles will design PCB schematics, oversee component selection, lead technical reviews, and collaborate with cross-functional teams to develop AR glasses.

Design, develop, and maintain ground support systems while collaborating with teams for projects, troubleshooting, and quality documentation.

The role involves architecting spacecraft-wide harness solutions, establishing standards and automation tools, overseeing manufacturing strategies, and mentoring engineers across teams.

Lead design and delivery of flight-critical power electronics for the X-BAT aircraft, including inverters, DC-DC converters, and battery management. Own full hardware development cycle, drive PCB layout, harden designs for harsh environments, mentor engineers, lead reviews, and manage program timelines through production.

Lead a team of electrical engineers to develop next-generation AR products, manage projects, debug hardware issues, and collaborate cross-functionally.

As a Staff Electrical Engineer, you will lead avionics architecture and design, integrating hardware and software systems for space missions, and mentor junior engineers.

Lead end-to-end design, build, and delivery of electrical ground support equipment (EGSE) racks and enclosures. Own harness design to MIL‑spec, rack power/data architecture, signal integrity, EMI mitigation, and HIL test system architecture. Provide hands‑on test support, standardize components and processes, mentor engineers and technicians, and maintain thorough design and process documentation to enable scalable, repeatable builds.

Develop and design harness assemblies and routing for spacecraft, create electrical diagrams, and support production quality assurance.

The Staff FPGA Developer will design reconfigurable logic architectures, lead FPGA-based image processing development, establish standards, and coach engineers across teams for spacecraft detection and tracking solutions.

Support development and improvement of PCBA and electronic assembly manufacturing processes. Create and maintain process documentation, support validations, inspections, failure investigations, production ramp and on-floor troubleshooting, and participate in Lean/continuous improvement initiatives while following Boeing and industry manufacturing standards.

The Senior Electrical Engineer, RF leads integrated RF subsystem design for spacecraft, conducts RF tests, and mentors junior engineers while managing technical delivery across programs.

Lead spacecraft electrical integration and test: create and execute automated test scripts, perform system-level verification/validation, develop data-analysis tools, troubleshoot flight hardware, document test activities, and coordinate with hardware/software teams. Support shifts, travel for launch campaigns, and participate in review boards.

Design and own PCB and avionics hardware for spacecraft and robotic systems from architecture through schematic, layout, fabrication release, assembly support, bring-up, and test. Collaborate with mechanical, firmware, software, systems, and manufacturing teams on packaging, thermal, vibration, interfaces, and integration. Apply DFM/DFA/DFT, select components, debug PCBAs with lab equipment, support environmental and field testing, and maintain clear engineering documentation. Work onsite and support U.S. government space and defense programs.

Lead the development and integration of mixed signal avionics hardware for rovers, overseeing PCBA design, testing, and collaboration with engineering teams.