Top Electrical Engineering Jobs in Los Angeles, CA

Develop and validate test solutions for drone products, creating test procedures and fixtures, analyzing data, and collaborating with teams for quality assurance.

As a Senior RF Electrical Engineer, you will design, test, and support RF communications systems for lunar missions, including hardware and integration tasks.

Design, simulate, prototype, and test electronic circuits, PCBs, and wire harnesses for telescope and observatory hardware. Ensure signal integrity, EMI/EMC compliance, manufacturability, and collaborate across mechanical, software, and manufacturing teams to transition designs to production.

Lead electrical design for capital projects and facility upgrades, support planned outages and troubleshooting, manage multiple electrical projects, act as SME and guardian of electrical design standards, develop/approve diagrams and calculations, support commissioning and commissioning troubleshooting, and provide technical guidance across the network with ~20% travel.

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 electrical engineering projects from concept through construction, managing teams, deliverables, client coordination, design of power distribution and lighting, conducting load flow/short circuit/arc flash analysis, performing site visits, and mentoring staff while maintaining code compliance and quality management.

Provide electrical engineering support from concept through construction and post-occupancy. Prepare calculations, drawings, reports, review shop drawings, perform site visits, develop BIM designs, ensure code compliance, and support sustainable and zero-carbon initiatives.

Lead design and integration of high-speed digital electronics for aerospace/military systems across full lifecycle: schematics, SI/PI analysis, PCB constraints, bring-up, verification, production support, and cross-disciplinary coordination.

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.

The Staff Power Electrical Engineer designs and tests power avionics hardware for rovers, leading interdisciplinary reviews and ensuring reliability in dynamic environments.

Lead the development and testing of avionics hardware for rovers, collaborate on system architecture, perform PCB design and analysis, and oversee testing processes.

The Power Systems Lead Electrical Engineer will oversee and develop electrical power systems for Astrolab's rovers, focusing on power generation, storage, and distribution and will manage power budgets and subsystem architecture.

The Test Engineer II will design, develop, and validate test solutions for drone products, troubleshoot issues, and improve manufacturing processes.

The Electrical Engineer will design and develop industrial power systems, manage project phases, prepare engineering studies, and ensure compliance with codes.

As an Electrical Engineer, EIT, you will design electrical systems for manufacturing facilities, ensure compliance with NEC, perform load flow analysis, and create effective lighting designs while collaborating with clients and other experts.

Design electrical systems for building construction and renovation (lighting, power distribution, signaling, communications). Prepare construction drawings and specifications, perform quality checks, review shop drawings and RFIs, conduct site visits, participate in value engineering, mentor junior staff, and support project engineering responsibilities using tools like Revit, AGI32, Visual, and SKM Power Tools.

Lead electrical engineer responsible for building systems design (lighting, power, communications) across new construction and renovation projects. Prepare drawings and specifications, mentor staff, perform QA/QC, manage project engineering tasks, coordinate with clients and teams, conduct site visits, review submittals/RFIs, and ensure code compliance and project delivery.

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).

As a Senior Electrical Engineer, you'll design and optimize electrical systems for robotic platforms, ensuring reliable coordination and communication among robotics systems while collaborating with cross-functional teams to integrate and test these systems.

As an Electrical Engineer at Stantec, you will lead project design, evaluate and specify electrical systems, and oversee project deliverables, requiring advanced electrical engineering knowledge.

Design, test, and fly electronics for satellites. Responsibilities include PCB design, environmental testing, and hardware integration.

Design and validate high-speed mixed-signal digital communication systems and multilayer PCBs. Perform schematic capture, oversee PCB layout, prototype bring-up, lab and field testing, collaborate across RF/antenna/FPGA/firmware teams, and transition designs to production.

The Electrical Engineer in Photonics will design and validate photonic systems for space applications, integrating electronics with optics to develop high-performance instruments.

Design, implement, and verify flight-grade FPGA and digital hardware for robotic avionics. Lead RTL/SoC integration, FPGA bring-up, optimization, debugging, and V&V. Checkout high-reliability PCBs, define and execute integrated/environmental/radiation tests, mentor junior engineers, document designs, and collaborate cross-functionally through the full product lifecycle to deliver flight-ready hardware.