Top Electrical Engineering Jobs in Los Angeles, CA

Leads electrical engineering projects for electric aircraft and eVTOL systems, including system and circuit design, feasibility analysis, compliance, troubleshooting, simulation, and test investigations. Manages project budgets, timelines, and resources while providing technical leadership to cross-functional teams. Develops BOMs for printed board assemblies and supports electrical engineering tasks from conception through completion.

Leads electrical and systems engineering projects for electric aircraft and eVTOL systems. Designs and develops electrical systems, circuits, power electronics, and components; conducts feasibility studies and technical analysis; manages project budgets, timelines, and resources; troubleshoots circuit card failures; prepares BOMs, test results, investigation reports, and trade-study documentation; and provides technical guidance to cross-functional engineering teams while ensuring aerospace standards compliance.

Leads the design, development, testing, and implementation of electrical systems and circuit components for electric aircraft and eVTOL applications. Responsibilities include feasibility studies, technical analysis, project leadership, budget and resource management, circuit design, BOM generation, simulation, troubleshooting, fault isolation, compliance, and documenting test and investigation results. Provides technical guidance to engineering teams and collaborates with cross-functional stakeholders.

Designs and reviews schematics, PCB layouts, stackups, flex and rigid-flex circuits. Tests and validates electrical designs, debugs power, signal integrity, interface, and coexistence issues, analyzes circuit variation, and develops prototypes. Collaborates with RF, product design, firmware, suppliers, and engineering teams through development and failure analysis. Requires up to 20% international travel to support supplier development builds.

Defines architectures for spacecraft RF systems and establishes organization-wide design, testing, and performance standards. Develops RF analysis tools and methodologies, leads complex trade studies, resolves cross-system EMI/EMC issues, and coordinates multi-team technical programs. Provides mentorship, drives cross-organizational alignment, supports suppliers and subcontracts, and delivers program-level communication outcomes. Requires extensive aerospace RF experience, including spacecraft architectures, link budgets, antenna systems, communication protocols, and advanced RF simulation.

Leads enterprise RF architecture and strategy for spacecraft communication systems across multiple missions and frequency bands. Oversees link performance, EMI/EMC strategy, verification, payload qualification, regulatory coordination, and technical standards. Influences executives, represents the company externally, drives innovative RF capabilities, and develops senior engineering talent across the organization.

Designs and owns high-reliability crew avionics hardware for human-rated space stations. Responsibilities include electrical specifications, trade studies, multilayer PCB design, schematic capture, signal and power integrity analysis, simulation, hardware testing, troubleshooting, environmental qualification, documentation, and cross-functional integration. The engineer supports flight hardware from initial design through testing, integration, operation, and decommissioning while prioritizing astronaut and employee safety.

Leads system-level design, testing, and validation of low-voltage electrical systems for electric vehicles. Responsibilities include bench and vehicle testing, WCCA, schematic and layout reviews, fault testing, power-budget validation, simulation, test-plan development, load characterization, root-cause analysis, requirements definition, and reliability improvement. The role also supports EV platform development, supplier collaboration, trade studies, and vehicle build bring-up throughout the product lifecycle.

Own the design, development, qualification, and integration of high-performance spacecraft electronics for deep-space compute and storage. Lead architecture, prototyping, board bring-up, validation, and technology demonstrations while balancing compute capability with power, thermal, EMI, mechanical, reliability, and radiation constraints. Collaborate with science and software teams to integrate onboard and ground infrastructure and deliver flight-ready systems.

Own the architecture, integration, testing, and field deployment of remote-operation and autonomy controls for heavy hydraulic machinery. Responsibilities include CAN/J1939 integration, electro-hydraulic actuation, safety systems, machine-side software, sensors, operator interfaces, telemetry, schematics, wiring, and hardware-in-the-loop and field testing. The role requires hands-on troubleshooting in demanding outdoor environments, frequent travel, and collaboration with mechanical and hydraulics engineering leadership.

Leads aircraft electrical and hydraulic subsystem development from concept through sustainment. Designs schematics, defines power and hydraulic system requirements, performs system analyses, leads trade studies, manages supplier technical coordination, develops and executes integration and verification tests, resolves issues, and serves as a subject matter expert for multidisciplinary teams. The role also presents technical briefings to senior leadership and requires Secret and SAP clearances.

Leads architecture, design, analysis, verification, production transition, and sustainment of high-speed digital circuit cards and subsystems for aerospace and military applications. Oversees PCB layout strategy, signal and power integrity, hardware integration, qualification, troubleshooting, and failure analysis. Provides technical leadership across digital, FPGA, software, RF, power, mechanical, manufacturing, and test teams while mentoring engineers and interfacing with customers and suppliers.

Leads the design and integration of high-reliability, high-speed digital electronics for aerospace and defense applications. Responsibilities include architecture, schematic and PCBA design, signal and power integrity analysis, layout constraints, board bring-up, verification, qualification, production transition, documentation, and field testing. The engineer collaborates across FPGA, software, RF, power, mechanical, manufacturing, and test teams, while coordinating with vendors, suppliers, and customers.

Lead end-to-end FPGA architecture, development, verification, integration, and on-orbit support for spacecraft systems. Design high-speed interfaces, digital backplanes, payload data buses, FPGA-to-CPU/SoC architectures, and radiation-tolerant logic. Manage verification plans, documentation, milestones, and cross-team delivery while mentoring engineers. Collaborate with avionics, embedded software, hardware, and test teams throughout the product lifecycle from concept through launch.

Designs and analyzes analog circuits, power supplies, and power electronics from requirements through production. Responsibilities include conceptual and detailed design, circuit modeling and simulation, signal integrity, electrical stress, worst-case analysis, design verification, troubleshooting, and testing. The role requires collaboration across engineering and manufacturing disciplines, on-site work, 10% travel, U.S. citizenship, and an active Secret clearance.

Electrical Engineering Interns participate in a 10-week program supporting electrical design, component selection, schematics, documentation, testing, troubleshooting, and engineering data analysis. They collaborate with electrical, mechanical, systems, software, and manufacturing teams while completing project deliverables and learning from experienced engineers. The role is based in San Diego, Houston, Long Beach, or Pittsburgh and requires travel for program events.

Design, prototype, and test electrical systems and custom PCBs for maritime communication hardware. Support power electronics, analog front-ends, and optical sensing assemblies. Perform lab testing, debugging, hardware validation, and documentation while collaborating with software, mechanical, and systems engineers to transition prototypes to production under senior guidance.

Performs foundational electrical engineering design work under close supervision, including power distribution, motor control, lighting, conduit, duct bank, and cable tray systems. Coordinates with civil, structural, and mechanical teams; supports construction engineering services; and assists with short-circuit, protective device coordination, and arc flash studies. Follows established procedures, performs routine calculations, and develops practical engineering skills.

Serves as the technical authority for power electronics and analog board design supporting aerospace and defense systems. Leads architecture, circuit design, simulation, PCB strategy, EMI/EMC mitigation, design analysis, verification, qualification, production transition, failure analysis, and field support. Establishes engineering practices, resolves complex cross-disciplinary hardware issues, sets technical direction, and mentors engineers across multiple programs.

Leads the end-to-end design and development of high-reliability power and analog electronics for aerospace and defense systems. Responsibilities include architecture trades, circuit schematics and simulation, PCB layout guidance, EMI/EMC mitigation, design analysis, thermal and failure assessment, board bring-up, verification, qualification, production transition, and field support. The engineer coordinates across RF, digital, software, mechanical, manufacturing, and test teams while resolving complex technical issues independently.

Design full electrical systems for large manufacturing facilities including power distribution, lighting, and fire alarm. Perform load flow analysis, apply NEC, use Easy Power/REVIT/AutoCAD, collaborate with multidisciplinary teams, interact with clients, and support medium-voltage and industrial lighting solutions.

Serves as the Resort’s senior electrical engineering authority, setting technical standards, infrastructure strategy, and long-range power distribution plans. Leads complex multidisciplinary projects, provides expert direction on protective relaying, arc-flash mitigation, emergency power, and electrical resiliency, and acts as PE of record. Oversees root-cause investigations, code strategy, AHJ and utility relationships, and mentors engineers and designers without formal supervision.

Design and develop high-performance electrical, computing, sensing, communication, and power systems for fixed-wing aircraft. Lead and contribute to multiple product design cycles involving electrical, mechanical, logic, and software engineering. Ship reliable, high-quality products while navigating development challenges, meeting deadlines, and improving hardware development efficiency, quality, and aircraft reliability.

Designs and analyzes digital avionics hardware for TeraWave spacecraft, focusing on FPGA-based systems, CMOS sensors, COTS component integration, PCB design, signal and power integrity, testing, qualification, documentation, and production support. Collaborates with senior engineers, customers, quality and production teams throughout the product lifecycle, including requirements definition, design reviews, verification, configuration management, and flight support.

Provides electrical engineering services for corporate facilities, including design, development, testing, troubleshooting, documentation, installation, commissioning, and maintenance of electrical and critical power systems. Supports capital projects, supervises MEP consultants, reviews drawings and project designs, recommends engineering changes, forecasts budgets, and ensures compliance with energy goals. The role also supports studios, broadcast spaces, and data centers.