Top Electrical Engineering Jobs

The Lead Electrical Engineer will design and troubleshoot maritime electronic systems, lead a team, and resolve complex engineering challenges.

The Electrical Engineer will design, develop, and test navigation products, collaborating with teams and utilizing electronics expertise in GPS technologies.

The Junior Electrical Engineer will design and develop audio and display systems for a humanoid robot, focusing on HRI electronics implementation and testing while collaborating with senior engineers.

Lead a team of electrical engineers to develop next-generation AR products, manage projects, debug hardware issues, and collaborate cross-functionally.

The Engineer II will design and develop harness assemblies for spacecraft, creating 3D models and ensuring compliance with quality standards, while coordinating with various teams.

Design, build, and automate electrical test systems and fixtures for UAV subsystems. Develop PCBs, integrate relays/PLCs/PCBAs, run environmental tests (HASS/ESS/HALT), automate test sequences in Python, and collaborate across disciplines to improve testability and reliability.

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.

Lead electrical engineering efforts for future ICBM payload systems including system/subsystem design reviews, MBSE, requirements and acquisition support, schedule and risk integration, lifecycle assessments, reliability analysis, and coordination with government and industry for verification, validation, production, and mission assurance.

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.

Design, integrate, troubleshoot, and validate aircraft electronics and power systems (avionics, PCBA, embedded systems). Lead root-cause analysis, mentor teammates, select parts, capture schematics, run simulations and qualification tests, and collaborate with cross-functional teams to deliver production-ready hardware.

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.

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.

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.

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.

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.

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.

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, build, and harden roadside hardware (power, connectivity, sensors). Own schematics, PCBs, housings, cabling, CAD iterations, and edge code. Ensure 99.9% reliability in harsh outdoor deployments and collaborate across hardware-software integration and manufacturing.

The Principal Electrical Engineer will lead system-level architecture for electrical designs, mentor engineers, drive engineering best practices, and ensure high-quality product delivery from concept to production.

Provide engineering oversight and technical guidance for facility electrical, power distribution, and controls systems at a regulated R&D site. Manage contractors and vendors, support operations, maintenance, capital projects, BMS/EMS/security/fire alarm systems, risk/EHS/compliance activities, and contribute to capital planning and continuous improvement.

The Electrical Engineer II will develop solutions for technical issues related to Navy communications systems, create engineering documentation, and work on deployed equipment.

Provide electrical engineering support including design, integration, testing of circuits, and collaborating across engineering disciplines for various military and aerospace projects.

The Senior-Principal Electrical Engineer will design printed board assemblies, conduct technical evaluations, mentor junior engineers, and collaborate within a dynamic agile team to develop advanced defense electronics.

The role involves performing basic electrical engineering tasks under supervision, participating in design, testing, and project work while receiving mentorship and training through a structured program.