Top Electrical Engineering Jobs in Los Angeles, CA

Designs and develops avionics boards, wiring harnesses, instrumentation, power electronics, and complex multilayer PCBs for flight hardware. Responsibilities include schematic capture, component selection, layout, electrical specifications, trade studies, and avionics test planning. The engineer supports safe, controlled testing and transitions engine systems from development to production while communicating progress and technical issues across the team.

Designs electrical system architectures for spacecraft, including power distribution, avionics interfaces, custom hardware, reliability analysis, component qualification, and electrical CAD documentation. Performs power and fault analysis, FMEA, testing, debugging, integration, and verification. Collaborates on harnesses, thermal and mechanical interfaces, EMI/EMC, design reviews, and flight readiness activities. The role is onsite in Centennial, Colorado or Long Beach, California, with occasional travel and potential extended hours during testing.

Supports electrical architecture, circuit and subsystem design, component selection, reliability analysis, schematics, and power budgeting for spacecraft avionics. Performs lab bring-up, debugging, verification testing, documentation, and integration activities. Collaborates on harness design, design reviews, and spacecraft-level electrical checkout while developing systems engineering expertise under senior guidance.

Leads electrical and systems engineering projects for electric aircraft and eVTOL systems. Designs and develops electrical circuits, components, and high-power inverter electronics; performs feasibility studies, simulations, testing, troubleshooting, fault isolation, and compliance analysis. Manages project budgets, timelines, and resources while providing technical leadership. Produces BOMs, investigation reports, white papers, and board-level design changes, collaborating with cross-functional aerospace teams.

Own the avionics subsystem across design, analysis, requirements, interfaces, supplier management, build, testing, verification, integration, and operations. Lead design reviews, anomaly investigations, risk management, schedule execution, and technical decisions while coordinating engineers, technicians, suppliers, systems engineering, and program leadership. Support environmental testing, launch-site activities, commissioning, and on-orbit anomaly response for spacecraft programs.

Leads electrical engineering projects for electric aircraft and eVTOL systems, overseeing electrical system and component design, circuit development, simulation, testing, troubleshooting, and compliance. Manages project budgets, timelines, and resources while guiding engineering teams and collaborating with cross-functional stakeholders. Develops PBA bills of materials, investigates circuit-card failures, documents test results, and supports advanced aerospace power electronics and flight-surface component development.

Designs, analyzes, tests, and supports satellite electrical power and harness subsystems throughout the spacecraft lifecycle. Responsibilities include requirements development, verification planning, battery and power regulation modeling, harness analysis, power budgeting, architecture and sizing, fault-tolerance assessments, anomaly resolution, and cross-functional integration. The role supports satellite development and sustaining engineering, including solar array sizing, battery capacity determination, electromagnetic compatibility, mission operations, and root cause analysis.

Leads electrical engineering projects for electric aircraft and eVTOL systems, including electrical system design, circuit simulation, feasibility analysis, compliance, troubleshooting, circuit card testing, and PBA BOM generation. Manages budgets, timelines, and resources while providing technical leadership and collaborating with cross-functional teams to deliver aerospace electrical solutions from conception through completion.

Leads end-to-end development of spacecraft electrical subsystems across avionics, electrical power, or communications. Responsibilities include requirements derivation, architecture, trade studies, interface definition, integration planning, verification, environmental testing, launch readiness, anomaly resolution, supplier coordination, and technical reviews. The role collaborates across multidisciplinary spacecraft teams and mentors junior engineers, with Level IV providing technical leadership.

Performs electrical engineering design and analysis for consulting projects under senior staff supervision. Responsibilities include electrical system design, equipment evaluation, feasibility studies, calculations, code compliance, specification development, submittal reviews, cost estimates, technical reporting, BIM implementation, quality assurance, interdisciplinary coordination, and construction site observations. The role requires collaboration across project teams and may provide technical guidance to junior staff.

Designs and delivers electrical systems for colocation and hyperscale data centers, including medium- and low-voltage distribution, backup power, and emergency systems. Responsibilities include electrical calculations, schematics, bills of materials, installation drawings, code compliance, specifications, budgets, and collaboration with engineering stakeholders. Requires client-facing project work, occasional travel, and expertise in Revit, ACC, and power-system analysis tools.

Design electrical systems for mission-critical and data center facilities, including medium- and low-voltage distribution, emergency power, lighting, grounding, and life safety systems. Perform electrical calculations, load analysis, equipment sizing, and develop plans, one-line diagrams, schedules, details, and specifications. Coordinate with multidisciplinary teams, clients, contractors, and stakeholders while applying NEC and building codes. Support senior engineers and develop expertise in reliable, redundant, and maintainable data center systems.

Design electrical systems for mission-critical and data center facilities, including medium- and low-voltage distribution, emergency power, lighting, grounding, and life safety systems. Perform electrical calculations, equipment sizing, and engineering analyses; develop plans, one-line diagrams, schedules, details, and specifications. Coordinate with multidisciplinary teams, clients, contractors, and stakeholders while applying applicable electrical and building codes.

Designs and delivers electrical systems for colocation and hyperscale data centers, including medium- and low-voltage distribution, backup power, and emergency systems. Performs electrical calculations, develops schematics, bills of materials, and installation drawings, and ensures compliance with NEC and building codes. Collaborates with engineers and stakeholders on specifications, design criteria, and budgets. Requires data center MEP design experience, Revit and ACC proficiency, power system analysis expertise, and a Professional Engineer license.

Leads the design, analysis, testing, and integration of spacecraft electrical power systems, including solar arrays, batteries, power distribution, converters, protection, and power budgets. Owns architecture trades, modeling, design reviews, radiation and reliability analyses, validation campaigns, EGSE, and environmental testing. Collaborates across engineering teams, develops technical documentation, mentors engineers, and ensures high-reliability power systems meet mission requirements.

Designs, programs, verifies, and tests FPGA-based avionics, motor controllers, and digital hardware for robotic planetary missions. Owns flight FPGA development across the full product lifecycle, including RTL implementation, SoC integration, PCB checkout, debugging, environmental and radiation testing, documentation, and design reviews. Collaborates with electrical, mechanical, software, systems, controls, and test engineering teams while mentoring junior engineers and supporting flight-ready hardware delivery.

Design and develop high-speed digital, RF, mixed-signal, and power electronics for satellite ground-station systems. Responsibilities include architecture, component selection, schematic capture, multilayer PCB layout, prototyping, bring-up, debugging, signal and power integrity, and lab and field testing. The engineer will collaborate with RF, antenna, FPGA, firmware, software, and production teams to build reliable, manufacturable products.

Own the end-to-end design of Prism’s non-RF electronics, including high-speed digital, power, embedded, and mixed-signal hardware. Responsibilities span architecture, component selection, clocking, power distribution, schematic capture, multilayer PCB layout, signal and power integrity, EMI/EMC, board bring-up, verification, and production release. The role requires hands-on FPGA or microcontroller design experience and lab-based characterization of complex electronics.

Designs and coordinates electrical systems from concept through construction documentation. Performs load calculations, feeder sizing, short-circuit studies, NEC compliance checks, Revit modeling, QAQC, code research, field verification, and construction support. Coordinates with internal disciplines and external consultants, responds to RFIs and submittals, participates in project meetings, tracks project hours, and mentors junior staff. The role requires independent technical ownership, client interaction, and experience designing electrical solutions for crime labs, medical examiner labs, or comparable facilities.

Electrical engineering interns receive mentorship and support assignments involving electrical circuits, engineering design, drafting, construction practices, electromechanical equipment, facilities, and systems. They interpret engineering notes, specifications, sketches, and construction materials to create working drawings while collaborating with telecommunications, architectural, mechanical, civil, and fire protection disciplines. Interns participate in Parsons’ Early Talent Program and develop practical knowledge of the engineering design lifecycle.

Own the lifecycle of deployed ground-station electronics spanning RF, power, and high-speed digital systems. Responsibilities include monitoring performance, leading root-cause investigations, developing corrective actions and design improvements, supporting schematic and PCB layout, testing prototypes, and partnering with production teams to deliver reliable, manufacturable products.

Lead the architecture, design, analysis, verification, delivery, and on-orbit support of satellite Command and Data Handling systems. Responsibilities include subsystem architecture, interfaces, make-buy trades, vendor coordination, hardware testing, qualification, acceptance testing, cross-functional collaboration, and technical communication with leadership. The role requires hands-on spacecraft electrical engineering experience and supports high-volume communication satellite development.

Leads mixed-signal electrical architecture and hardware development for plasma-enhanced antenna and communications systems. Owns schematic capture, PCB layout, prototyping, bring-up, debugging, integration, verification, and qualification. Designs microcontroller- and FPGA-based control, sensing, data conversion, power, drive, and bias circuitry. Provides technical leadership, mentors engineers, leads design reviews, manages technical risks, and collaborates across RF, mechanical, software, systems, and external manufacturing partners.

Design and own Ka-band high-power amplifiers for satellite communications, from architecture and simulation through prototype, characterization, production, and field deployment. Responsibilities include power combining, supporting circuitry, thermal and packaging design, RF testing, reliability qualification, manufacturing support, and troubleshooting integrated transmit chains. The role collaborates with antenna, mechanical, thermal, and test engineers.

Coordinates mission assurance across satellite programs from concept through operations, managing risk, discrepancies, design reviews, testing, anomaly resolution, and mission operations. Provides electrical power, circuit design, and satellite electronics expertise; evaluates qualification and acceptance testing; develops analytical or simulation tools; and coordinates technical findings with engineering teams and leadership. The role is fully onsite and supports national security space missions.