Top Electrical Engineering Jobs in Los Angeles, CA

Lead design, development, and implementation of advanced electrical systems for electric aircraft and eVTOL. Oversee circuit design, simulation, BOM generation for PBAs, troubleshooting, regulatory compliance, and project management while guiding cross-functional teams from concept through delivery.

Designs and supports mission-critical electrical subsystems for Rainmaker’s unmanned aircraft systems. The role contributes to UAS platforms, dispersion payloads, and in-situ and remote sensing systems within a fast-paced cloud-seeding technology environment, reporting to the Electrical Engineering Lead.

Develops mission-critical electrical subsystems for Rainmaker’s unmanned aerial systems platform, supporting UAS, dispersion payload, and in-situ and remote sensing systems used in cloud seeding and precipitation enhancement operations.

Design electrical control panels, wiring diagrams, layouts, bills of materials, and systems using AutoCAD and applicable UL and NEC standards. Coordinate with manufacturing, suppliers, and engineering teams; support panel testing, factory acceptance testing, temporary test setups, O&M manuals, project updates, and continuous improvement. The role is fully onsite in Chatsworth, California and requires collaboration in office and manufacturing environments.

Designs and drafts electrical engineering plans, develops system concepts, reviews technical product information, verifies field conditions, coordinates with project teams and vendors, and supports project schedules and documentation. The role requires Revit and AutoCAD proficiency, site visits, strong communication, and the ability to manage assignments independently. Candidates need a bachelor’s degree in Electrical Engineering, EIT certification, and 5–7 years of healthcare or institutional design experience; a PE license is preferred.

Lead systems engineering across avionics, RF communications, and electrical power subsystems, ensuring requirements traceability, interface management, and integration planning. Mentor junior engineers and represent avionics in design reviews.

The Electrical Engineer II will support design, analysis, and testing of electrical systems for spacecraft, contributing throughout the development lifecycle.

Leads high-level electrical system design for UAV products, decomposes product requirements, directs engineers, performs technology trade studies, and integrates subsystem designs. Responsibilities include EMC-compliant design, PCB architecture and layout, signal and power integrity, design reviews, EVT procedures, manufacturing test development, and electrical BOM management. The role requires expertise across multiple drone technologies, collaboration with manufacturing partners, and ownership from concept through sustaining engineering.

Lead high-level electrical system design for UAS products, decomposing requirements into architectures, directing subsystem engineers, and integrating robust designs. Perform component trade studies, PCB layout and reviews, EMC compliance, signal and power integrity work, design verification testing, and manufacturing test development. Maintain electrical BOMs, collaborate with manufacturing and contract manufacturers, estimate project effort, and serve as a technical expert across key drone technologies.

Early-career electrical engineers will support applied electronics, avionics, electrical systems, software, hardware-in-the-loop, controls, power, communications, testing, manufacturing, and systems engineering across Blue Origin business units. Responsibilities include troubleshooting electrical systems, interpreting engineering drawings, designing and testing hardware, supporting rapid development programs, and enforcing safety policies during test planning and operations.

Owns the design, installation, integration, and maintenance of electrical infrastructure for TeraWave vehicle test benches and Flatsats. Responsibilities include rack wiring, harness fabrication, hardware and EGSE integration, power and signal verification, grounding and shielding, ESD compliance, anomaly investigation, documentation, and DFM/DFT feedback. The role collaborates with electrical, mechanical, manufacturing, and test teams to support scalable, high-rate aerospace production.

Leads end-to-end development of space-rated avionics and power hardware, including requirements, schematic and PCB design, controller algorithms, testing, qualification, production support, and flight integration. Performs power integrity, reliability, radiation, and worst-case analyses; supports hardware validation and defect disposition. Collaborates cross-functionally, reviews designs and documentation, manages product configurations, and mentors junior engineers.

Leads end-to-end design and development of high-reliability spacecraft avionics power components, including requirements, schematics, PCB layout, power integrity, controller algorithms, testing, qualification, production release, and flight support. Collaborates across engineering, production, quality, and customer teams; manages configuration revisions; reviews designs; supports hardware builds; and mentors junior engineers.

Leads end-to-end design and qualification of ruggedized spacecraft avionics components, including requirements, circuit and PCB design, analysis, testing, integration, production support, and flight hardware verification. The role requires expertise in radiation-tolerant hardware, FPGAs, sensors, DDR memory, signal and power integrity, and high-reliability design. Responsibilities also include technical leadership, design reviews, configuration management, mentoring engineers, and collaboration across electrical, mechanical, production, and quality teams.

Leads end-to-end development of space-rated avionics power components, including requirements, schematic and PCB design, power integrity, controller algorithms, testing, qualification, production support, and flight integration. Provides technical leadership, reviews designs, manages product configurations, supports quality and manufacturing, and mentors junior engineers. Requires expertise in high-reliability switching power supplies, radiation-tolerant hardware, digital electronics, FPGA integration, and Altium-based flight hardware design.

Architects and develops analog and mixed-signal electronics for compact LiDAR hardware, owning designs from concept through production. Responsibilities include schematic capture, component selection, PCB collaboration, signal and power integrity, EMI/EMC compliance, validation, characterization, and manufacturing optimization. Partners with systems, mechanical, and firmware teams to deliver reliable, high-performance products under tight power, cost, size, and schedule constraints.

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.

Lead worst-case circuit analysis (WCCA) and derating activities for spacecraft hardware. Perform analyses per military and industry standards, configure and operate advanced test equipment, troubleshoot complex electronic systems, document findings, support root-cause and design verification, mentor junior engineers, and drive process improvements across product development through qualification and release.

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.

Designs and develops avionics systems and electrical components for satellite platforms. Responsibilities include electrical architecture, circuit design, component selection, schematic capture, prototyping, manufacturing support, debugging, testing, vehicle integration, and technical documentation. Collaborates with software, firmware, mechanical, manufacturing, and test teams while managing schedules, improving reliability, and delivering hardware within cost and timeline goals.

Perform SI and PI simulations, define PDN impedance masks, review PCB/flex layouts, debug hardware (desense, ESD/EMI, power states), validate board and system designs, author test documentation, build prototypes, and collaborate cross-functionally to deliver low-power consumer electronics (Spectacles).

Provides senior electrical engineering support for energy-sector projects, coordinating internal and subcontractor design resources, reviewing drawings and specifications, conducting site walks and design reviews, evaluating equipment and suppliers, and developing testing, inspection, preservation, and commissioning plans. Performs power system studies using SKM or ETAP, verifies construction quality and code compliance, supports cost estimating, and mentors teams while maintaining safety and technical standards.

Leads electrical manufacturing engineering for spacecraft electronics, including DFX reviews, prototype builds, tooling, manufacturing flows, PCBA integration, wire harnessing, and electromechanical assemblies. Establishes manufacturing standards, policies, and capacity strategies; develops automation and MES tools; optimizes production processes; mitigates manufacturability and quality risks; and mentors engineering and technical staff. The role supports transition from prototype to high-rate satellite production and pilots advanced manufacturing technologies.

Lead end-to-end design, architecture, integration, verification, and testing of spacecraft electrical subsystems including avionics, power, and communications. Develop requirements, interface documentation, trade studies, integration plans, and test procedures; support environmental testing, launch campaigns, flight readiness, and anomaly resolution. Coordinate suppliers and manufacturing partners, participate in technical reviews, and mentor junior engineers. Level IV engineers provide technical leadership across multidisciplinary spacecraft programs.