Top Electrical Engineering Jobs

Conducts electrical product compliance projects, including defining test programs, reviewing samples against UL requirements, coordinating laboratory technicians, analyzing engineering variations, developing test methods, and communicating project scope, costs, schedules, and results to clients. The role also supports project administration, reporting, follow-up services, continuous improvement, and occasional client-site testing. It is hybrid, requiring at least three office days per week.

Designs and sustains electrical and electromechanical systems for Boeing’s ICBM guidance subsystem program. Responsibilities include schematic design, circuit modeling, worst-case circuit and stress analysis, component obsolescence studies, analog and digital circuit design, and electromechanical assembly development. The engineer collaborates across engineering disciplines and supports product integration, manufacturing, testing, and sustainment activities. The role requires a related bachelor’s degree, at least five years of experience, U.S. person status, and the ability to obtain a Secret security clearance.

Design, develop, integrate, and support automated factory test systems for advanced military electronics. Responsibilities include hardware and software test solutions, functional and environmental testing, boundary scan and automated programming, schematics, PWBs, test adapters, cable assemblies, instrumentation, communications interfaces, troubleshooting, and continuous improvement. The role collaborates with design and operations teams from concept through production deployment and sustainment in a hybrid environment.

Designs, develops, integrates, and supports automated factory test systems for advanced defense electronics. Responsibilities include creating hardware and software test solutions, functional and environmental testing, boundary scan and automated programming, electrical schematics, PWBs, test adapters, cable assemblies, and communications interfaces. The role also involves debugging instrumentation, troubleshooting complex technical issues, collaborating with design and operations teams, and improving automation, test coverage, cycle time, and manufacturing quality.

Designs, develops, integrates, and supports automated factory test systems for advanced defense electronics. Responsibilities include electrical schematics, circuit cards, interface test adapters, cable assemblies, test architectures, instrumentation integration, communications interfaces, boundary scan, automated programming, troubleshooting, and production test deployment. Collaborates with design and operations teams to improve automation, test coverage, cycle time, product quality, and manufacturing efficiency.

Designs, develops, modifies, tests, and evaluates electrical components and systems for space and defense applications. Collaborates with engineers and technicians, conducts simulations and circuit testing, documents designs and results, troubleshoots systems, and provides technical support. The role also contributes to project planning and applies emerging electrical engineering knowledge under the mentorship of experienced professionals.

Supports the operation, maintenance, reliability, and lifecycle management of site electrical utilities and power distribution systems. Provides field and project engineering support for design reviews, construction, commissioning, troubleshooting, outages, and equipment modifications. Maintains electrical documentation, performs power system studies and reliability assessments, supports root cause investigations, and ensures compliance with cGMP, electrical safety standards, and regulatory requirements.

Design and document wire harnesses and cable assemblies, integrate sensors, power, and actuators across electromechanical systems, support prototype bring-up and debugging, collaborate with mechanical and firmware teams, and validate harness reliability for production and field use.

Design and develop electrical systems, schematics, PCB layouts, embedded and power circuits for autonomous robotic defense systems. Perform circuit simulations, signal integrity, thermal and EMC analysis, testing, debugging, and electromechanical integration. Develop and optimize embedded software for real-time control, integrate sensors and actuators, document designs, and validate systems against military standards.

Designs, tests, troubleshoots, and validates RF and microwave hardware from C-band through Ka-band, including RF circuit card assemblies and subsystems. Develops engineering documentation, automated test scripts, and customer-focused hardware solutions for defense applications. Leads small design teams and collaborates across engineering disciplines while addressing manufacturing, quality, affordability, and reliability requirements. The role supports precision-strike technologies such as guidance systems, electro-optic systems, and laser technologies.

Leads the design, development, integration, testing, production, and sustaining of complex military electronics. Designs and troubleshoots digital, analog, mixed-signal, and power circuit card assemblies; develops hardware architectures using embedded processors, microcontrollers, and FPGAs; performs requirements analysis, trade studies, verification, and test planning; and supports new business capture. Collaborates across electrical, mechanical, software, firmware, test, and product teams in Agile hardware development environments.

Leads RF and analog electrical engineering activities, including PCB design, high-frequency layout, trade studies, prototyping, simulation, laboratory testing, troubleshooting, and verification. Develops RF test solutions for design verification and production, analyzes performance and reliability data, prepares technical documentation, leads design reviews, resolves testability issues, and mentors engineers. The role supports advanced defense electronics, electronic warfare, radar, and SDR hardware programs.

Leads electrical engineering and guidance/navigation activities for a new Sentinel ICBM payload program. Provides technical advice to government stakeholders, supports requirements development, alternatives analysis, verification and validation, acquisition documentation, design reviews, and certification activities. Leads junior engineers and contributes to missile-system engineering for a classified, special-access environment at Hill Air Force Base.

Leads electrical engineering and warhead integration activities supporting the U.S. Air Force Sentinel ICBM and Reentry Vehicle programs. Provides technical leadership, risk mitigation, safety, surety, cybersecurity, and reliability oversight; briefs senior Air Force leadership; coordinates cross-functional engineering teams; drives synchronization meetings and action-item execution; and mentors multidisciplinary engineers. The role is based onsite at Hill Air Force Base in a classified environment and requires U.S. citizenship.

Leads the design, development, testing, troubleshooting, and integration of advanced electrical systems and components, including electric machines, power electronics, controllers, and hybrid turbogenerators. Provides technical leadership, ensures compliance with electrical standards, supports validation demonstrations, collaborates across engineering teams, mentors junior engineers, and contributes to model-based systems engineering and innovative power-system solutions.

Designs complex digital, analog, power, and mixed-signal electronics for rugged commercial and military products. Responsibilities include translating system requirements into architectures and PCB/CCA designs, creating schematics and layouts in Cadence Allegro, conducting trade studies and prototyping, performing design verification and testing, troubleshooting circuits in laboratory environments, documenting reviews, mentoring teammates, and managing schedule and budget constraints.

Designs, builds, and tests digital, analog, and mixed-signal prototype hardware and systems. Responsibilities include circuit design, circuit card assembly development, analysis, firmware and software creation, interface and cable design, component selection, laboratory testing, and troubleshooting. The engineer will support avionics development, internal research, and production sustainment while collaborating with a rapid-prototype team and developing expertise in advanced engineering tools and laboratory equipment.

Leads producibility and launch engineering for hardware products transitioning from engineering to operations. Applies DFM, DFT, DTUPC, design-to-cost, and transition-to-production practices; supports design reviews, manufacturing and production readiness assessments, rapid prototyping, make-or-buy decisions, supplier selection, cost estimating, and factory yield analysis. Collaborates with advanced manufacturing, process/test engineering, product engineering, and supply chain teams to improve manufacturability, affordability, production readiness, and factory capability.

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.

Design, develop, integrate, and test military GPS receiver hardware for defense programs. Responsibilities include electrical circuit and PCB design, requirements analysis, verification, trade studies, technical documentation, and cross-functional collaboration with systems and software teams. The role also supports product integration, GPS laboratory testing, legacy receiver maintenance, and customer support activities.

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.

The Electrical Design Engineer will design electrical systems for labs, oversee installations, ensure compliance with regulations, and promote energy efficiency and sustainability.

Design and validate high-speed digital PCBs and electronic systems: perform signal integrity analysis, simulation, layout, routing, and verification across product lifecycle. Support system architecture, board bring-up, debug, validation, and factory builds. Work onsite in Huntsville and obtain U.S. Secret clearance; occasional domestic travel (~10%).

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.