Top Electrical Engineering Jobs

Designs, develops, tests, troubleshoots, and supports electrical power systems for distributed maritime sensors. Responsibilities include creating modular DC power distribution architectures, integrating voltage negotiation and renewable energy sources, performing power budget analyses, programming microcontrollers, and designing signal and power PCBs. The role requires expertise with embedded communication protocols, low-SWaP IoT systems, marine electrical environments, and independent system-level troubleshooting. A bachelor's degree, two years of experience, U.S. citizenship, and ability to obtain a Public Trust clearance are required.

Serves as the senior technical authority for variable-speed-drive technologies in YORK water-cooled chillers. Diagnoses complex electrical and system-level issues, supports field and service organizations, leads root-cause investigations, evaluates designs and suppliers, participates in product development and validation, creates technical documentation and training, improves product reliability, and mentors engineers. The role requires extensive VSD, power electronics, motor-drive, controls, and electrical troubleshooting expertise, with travel up to 15%.

Designs and develops embedded electronic systems for unmanned and autonomous platforms, covering architecture, component selection, schematics, PCB development, firmware integration, board bring-up, and system testing. Integrates flight controllers, processors, sensors, cameras, communications hardware, and other peripherals while troubleshooting hardware and firmware. The role is fully onsite at Aberdeen Proving Ground and supports critical national security missions.

Designs embedded electrical systems, including microcontroller integration and PCB layout and routing. Uses Altium, SPICE/PSpice, and MATLAB/Simulink for electrical design and simulation. Owns board development from concept through fabrication, bring-up, and validation. Requires a bachelor’s degree in electrical engineering or higher and 5–10 years of relevant experience or equivalent education and experience.

Electrical engineering interns will develop, test, and integrate FPGA-based radio communication and camera systems for satellite applications. They will analyze satellite communication architectures, support ground equipment development, and assist with test software. The role requires hands-on hardware assembly and testing, independent work, and collaboration with engineering teams. This is an onsite summer 2027 internship in North Logan, Utah, requiring U.S. citizenship and eligibility for a government security clearance.

Provides embedded electrical, electronic, and avionics engineering support for the C-17 program. Diagnoses aircraft system anomalies using flight recorder data, analyzes electrical and avionics failures, develops engineering dispositions, supports repairs and recovery operations, participates in design reviews, delivers technical training, and implements product improvements. Requires coordination with military and engineering personnel, cybersecurity responsibilities, flexible scheduling, on-call coverage, and travel to operating or depot locations.

Lead architecture, design, integration, validation, and production release of complex electrical hardware for autonomous vehicle data-collection fleets. Responsibilities include PCB and subsystem design, power and high-speed interface development, SI/PI and EMI/EMC analysis, prototype bring-up, laboratory debugging, vehicle integration, reliability validation, supplier coordination, and production readiness. The role provides technical leadership, mentors engineers, and establishes scalable hardware development practices.

Design, develop, integrate, troubleshoot, and validate electrical hardware for autonomous vehicle data-collection platforms. Responsibilities include circuit and PCB design, power distribution, prototype bring-up, laboratory testing, root-cause analysis, design validation, EMI/EMC and environmental testing, vehicle electrical integration, documentation, and supplier collaboration.

Modify PCB layouts and schematics using Altium, interpret complex electrical documentation, perform precision SMT and through-hole soldering, debug circuit boards to the component level, and conduct functional, environmental, thermal, and stress testing. Set up test fixtures, ATE, and data acquisition systems, then document procedures, raw data, and results in detailed technical reports.

Develop, deploy, and continuously improve electrical manufacturing standards and assembly processes across global vehicle plants. Partner with plant, engineering, quality, and supplier teams to improve Electrical First Time Quality, reduce defects and warranty exposure, analyze performance data, support launches and manufacturing readiness, resolve root causes, and coach plant teams on electrical manufacturing best practices. The role is onsite in Warren, Michigan, with at least 50% domestic and international travel.

Designs, fabricates, integrates, and tests RF and millimeter-wave subsystems for communications, radar, and sensing applications. Responsibilities include electronic modeling and simulation, circuit analysis, customer problem solving, invention disclosures, technical presentations, proposal support, and collaboration with scientists, engineers, program managers, and customers. The role requires familiarity with RF components, FPGAs, DSPs, microcontrollers, programming tools, and electronic test equipment, with travel of approximately 20%.

Designs, fabricates, integrates, and tests RF and millimeter-wave subsystems for communication, radar, and sensing applications. Collaborates with scientists, engineers, customers, and program managers; performs circuit and integrated-circuit analyses; operates electronic test equipment; develops models and simulations; prepares technical presentations and invention disclosures; supports proposals and customer problem-solving. Requires willingness to travel 20% and U.S. citizenship.

Design, prototype, and test electrical systems and custom PCBs for maritime communication hardware. Support power electronics, analog front-ends, and optical sensing assemblies. Perform lab testing, debugging, hardware validation, and documentation while collaborating with software, mechanical, and systems engineers to transition prototypes to production under senior guidance.

Leads electrical engineering design for complex building and facilities projects, including power distribution, lighting, emergency power, and standby systems. Coordinates multidisciplinary teams, manages budgets and schedules, reviews designs, supports construction administration, conducts site surveys and electrical studies, and ensures compliance with codes and standards. Provides technical leadership, supervises staff development, and supports projects across commercial, healthcare, government, science, technology, and defense environments.

Leads electrical engineering design for large-scale, complex building and facilities projects. Responsibilities include power distribution, lighting, emergency and standby power systems, code compliance, technical team leadership, budgeting, scheduling, construction administration, site surveys, field reports, RFIs, and shop drawing reviews. Coordinates with architects and other engineering disciplines while developing solutions for commercial, mission-critical, healthcare, government, aerospace, and specialty facilities.

Leads electrical engineering design for large-scale building and facilities projects, including power distribution, lighting, emergency power, and standby systems. Coordinates multidisciplinary designs, manages budgets and scope, ensures code compliance, reviews technical deliverables, and leads electrical teams. Performs construction administration, site surveys, field reports, RFI responses, shop drawing reviews, conceptual studies, and staff development across commercial, healthcare, government, mission-critical, and specialty projects.

Designs, analyzes, documents, and verifies electrical systems for complex facility projects. Responsibilities include power distribution, grounding, lightning protection, lighting, and cathodic protection design; code and safety compliance; design reviews; construction and startup support; procurement and closeout documentation; and mentoring engineers. The role also coordinates multidisciplinary design activities, supports customer requirements, develops engineering work packages, and provides technical consulting and peer review.

Design electrical systems for Trane commercial HVAC products including main and auxiliary control panels. Select and qualify power components (transformers, breakers, contactors, VFDs, starters), create layouts, wire harness routing, prototypes, test plans, and product documentation. Lead small teams, manage regulatory approvals, and support production release and quality improvements.

Electrical Engineer supporting paper mill electrical reliability, project execution, or process control. Responsibilities include troubleshooting electrical systems, developing maintenance programs, coordinating projects and contractors, programming and improving PLC and control systems, analyzing equipment performance, and supporting outages, startups, process improvements, and capital projects.

Develop and implement automation maintenance plans supporting safety, quality, productivity, and equipment uptime. Maintain and improve preventive maintenance programs, coordinate contractors and equipment services, contribute to shutdown scheduling and long-term automation decisions, and help plan cost-effective work schedules and manpower assignments. The role supports operating departments and requires knowledge of PLCs, drives, automation equipment, networking, and related maintenance indicators.

Provides electrical engineering and technical operating support at a white paper mill, including optimization, energy and cost-saving initiatives, process studies, technology implementation, operator training, and project development. The role supports skill development and prepares the engineer for future operations and maintenance responsibilities.

Validate, debug, and improve electrical systems for next-generation sensing hardware from prototype through production. Responsibilities include board bring-up, analog, digital, power, and mixed-signal characterization; root-causing hardware issues; schematic and PCB updates; automated bench testing; reliability, yield, and statistical analysis; and collaboration with firmware, software, mechanical teams, and contract manufacturers.

Electrical Engineering Intern supporting prototype sensing hardware validation, board bring-up, bench measurement, debugging, and root-cause analysis. Responsibilities include testing power rails, battery charging, sensor front ends, and digital interfaces; proposing schematic and layout improvements; automating bench tests; analyzing multi-board data; and documenting findings. The role offers exposure to the product lifecycle from prototype development through mass production.

Design, build, test, and debug analog, digital, and power electronics for flight and ground hardware. Responsibilities include schematic capture, PCB bring-up, component selection, harness and interconnect design, supplier management, power and thermal analysis, automated testing, anomaly resolution, and technical documentation. The role works closely with mechanical, embedded software, and systems engineers and is onsite in Ashburn, Virginia.

Designs, tests, troubleshoots, and supports installation of electrical systems for custom fire apparatus. Develops schematics, wire-harness diagrams, hardware selections, bills of materials, and software components using C or C++. Provides production support, conducts root-cause investigations, participates in technical reviews, establishes engineering standards, addresses component obsolescence, and executes supplier-supported improvement projects.