Top Electrical Engineering Jobs

Leads power supply, analog, and digital electrical engineering for complex defense electronics modules. Responsibilities include circuit and PCB design, simulation, prototyping, integration, verification, testing, troubleshooting, root-cause analysis, transition to production, technical documentation, and cross-functional defect resolution. The role also mentors junior engineers, supports manufacturing and technicians, and interfaces with customers and suppliers.

Design, develop, and test aerospace electrical hardware. Support documentation and change-impact analysis, perform lab testing, assist root-cause analysis, participate in customer meetings, and collaborate across engineering teams.

Lead electrical architecture, design, test, integration, and manufacturing for next-generation AR airborne systems. Derive subsystem requirements, perform trade studies, prototype and verify designs, produce documentation, mentor the electrical team, and ensure compliance with military environmental and EMI/EMC standards.

Design, analyze, test, and integrate spacecraft electrical power systems including solar arrays, batteries, and power distribution. Perform modeling, simulation, reliability and radiation analyses, FMEA, EGSE/HIL development, and support environmental and EMI/EMC testing. Create technical documentation and collaborate with multidisciplinary teams for system-level integration and validation.

Integrate avionics, sensors, actuators, and payloads into aircraft and launch/recovery vehicles. Assist harness design, hardware bring-up, integration testing, debugging, root-cause investigations, and verification. Produce integration documentation and test procedures. Collaborate with mechanical, software, embedded, and manufacturing teams, support environmental/qualification testing, and drive continuous improvement.

Design and own flight‑critical electrical subsystems for autonomous aircraft, including analog/digital/FPGA/power systems. Lead PCB design, bring‑up, testing (HALT), reliability, cross‑functional reviews, project execution, and mentoring.

Lead design and delivery of flight-critical power electronics for the X-BAT aircraft, including inverters, DC-DC converters, and battery management. Own full hardware development cycle, drive PCB layout, harden designs for harsh environments, mentor engineers, lead reviews, and manage program timelines through production.

Lead design, analysis, and validation of spacecraft electrical power subsystems (solar arrays, batteries, distribution, and protection). Own architecture trades, perform modeling/simulation, radiation and reliability analysis, lead PDR/CDR, develop test/EGSE/HIL campaigns, support environmental testing, produce design documentation, and mentor junior engineers to ensure mission-ready, high-reliability power systems.

Entry-level electrical engineer owning a design for X-BAT avionics through concept, design, verification, integration, flight test, and manufacturing. Work includes circuit design (analog, digital, power conversion, high-speed, FPGA, MCU), system integration, environmental qualification, EMI/EMC considerations, debugging, and designing for radiation, temperature extremes, vibration, and high reliability.

Design and own avionics hardware for X-BAT through full lifecycle: concept, circuit and PCB design, integration, verification, environmental qualification, flight test, debugging, and manufacturing with mentorship from senior engineers.

Entry-level electrical engineer owning avionics design for X-BAT through concept, design, verification, integration, flight test, and manufacturing. Work includes circuit design (analog, digital, power conversion, high-speed), FPGA/MCU work, EMI/EMC considerations, environmental qualification, debugging, and resolving reliability challenges for harsh flight environments.

Design, analyze, and validate aircraft power electronics (HV/LV systems, DC-DC converters, inverters, motor controllers, battery/BMS). Own full hardware lifecycle: modeling, schematic capture, PCB layout, prototyping, testing (HALT), verification, and cross-functional collaboration. Lead design reviews and manage program timelines to meet aerospace reliability and manufacturability standards.

Design and validate power electronics for X-BAT aircraft including DC-DC converters, inverters, motor controllers, and battery systems. Perform schematic capture, simulation, prototyping, board bring-up, testing, EMI/EMC mitigation, and support flight-test and qualification. Collaborate with cross-functional teams and follow disciplined engineering and documentation practices under senior mentorship.

Design, develop, and support automated test equipment for PAC-3 electronics. Create requirements and test strategies, perform hardware integration, validation, troubleshooting, RCCA investigations, and lifecycle support. Research emerging technologies and support fielded test systems.

Design, integrate, and validate mission crew systems (displays, helmet integration, data storage) using MBSE. Develop hardware/software interfaces, run trade studies and testing, monitor suppliers, support project management, and interface across disciplines to meet operational requirements.

Design, integrate, and validate core processing hardware and software for mission avionics. Use MBSE/CAMEO to translate requirements into architecture and interfaces, perform trade studies, supplier oversight, testing, and support program management for mission systems.

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%).

Designs, develops, integrates, and troubleshoots automated hardware and software test solutions for GPS receivers, anti-jam systems, and navigation sensors. Responsibilities include creating schematics, PWBs, interface test adapters, cables, and functional and environmental test systems; integrating lab equipment and communications interfaces; supporting design and operations teams; and contributing to proposals and test architecture. The role also offers opportunities to develop C# test software.

Designs, develops, integrates, and troubleshoots automated hardware and software test solutions for GPS receivers, anti-jam systems, and navigation products. Creates schematics, printed wiring boards, interface test adapters, custom cables, and functional/environmental test systems. Uses laboratory equipment and multiple communication interfaces to validate products. Provides technical guidance to Operations and Design Engineering, resolves complex test issues, and contributes to engineering proposals and test architecture.

The Electrical Engineer will design hardware systems for AI applications, develop schematics, create PCBs, and collaborate on designs through production.

The role involves leading design, testing, and production transition of complex electronic modules, requiring expertise in analog circuits and team mentorship.

Technical lead for spacecraft electrical power systems: set architecture and standards, lead design/analysis/verification of generation, storage, and distribution, perform reliability and radiation analysis, direct qualification and integration, mentor engineers, and support hardware through production and launch.

As an Electrical Engineer, you will lead the integration of sensors and industrial components for agricultural robots, ensuring reliability and safety. Responsibilities include evaluating components, managing vendor relationships, and testing systems for performance in demanding environments.

As a Principal RF Electrical Engineer, you'll architect multi-mission RF systems, define communication strategies, mentor senior engineers, and represent the company's RF capabilities externally.

Provide technical leadership and operational oversight for 24/7 electrical generation, distribution, cogeneration (CHP), and control systems at a large R&D campus. Drive energy strategy, automation integration (DCS/BMS/PLCs), reliability engineering, preventive maintenance, vendor oversight, and compliance to support business continuity and decarbonization goals.