Top Electrical Engineering Jobs

Serves as technical authority for all electrical systems on lunar landers. Leads electrical system design, documentation, verification, integration, risk management, configuration control, supplier reviews, and formal program presentations. Mentors engineers and ensures technical deliverables meet schedule, budget, and quality requirements. The role requires extensive spacecraft electrical systems experience, including avionics, power systems, RF communications, harnesses, testing, and integration.

Supports the design, installation, commissioning, operation, troubleshooting, and continuous improvement of industrial instrumentation, control, and electrical systems for a steelmaking plant. Responsibilities include developing engineering documentation, supporting start-ups and maintenance programs, conducting root cause analyses, ensuring code and safety compliance, participating in HAZOPs and safety reviews, and collaborating with operations, contractors, vendors, and engineering teams during plant scale-up.

Designs, tests, and releases custom electrical control hardware and PCBs for data center cooling infrastructure. Responsibilities include circuit and communication hardware design, PCB layout, product bring-up, testing, production release, board revisions, design reviews, cost reduction, and cross-functional problem solving. The role requires expertise in electrical engineering, signal integrity, communication protocols, microcontrollers, industry standards, and product development, along with strong project management and communication skills.

Designs, develops, tests, and supports embedded electronic instrumentation for the natural gas utility industry. Responsibilities include embedded firmware, analog and digital electronics, PCB design, sensing, simulations, product verification, manufacturing transfer, compliance, troubleshooting, supplier collaboration, and technical mentoring. This hands-on Houston-based role supports products throughout the full development lifecycle and requires up to 20% domestic travel.

Leads electrical engineering and project management for healthcare and commercial building projects. Responsibilities include designing power distribution, lighting, and technology systems; coordinating integrated design teams; managing clients, budgets, schedules, and deliverables; mentoring staff; developing client relationships; presenting solutions; and supporting business development. Periodic travel may be required. The role requires an electrical engineering degree, substantial professional experience, construction knowledge, and familiarity with AutoCAD MEP and Revit MEP.

Leads engineers and technical specialists supporting natural gas pipeline operations. Responsibilities include improving asset reliability and operability, overseeing third-party project and construction personnel, supporting facility commissioning and troubleshooting, coordinating regulatory compliance and process improvements, managing budgets and schedules, and developing team members. The role also partners with business development and operations teams while prioritizing safety, environmental compliance, and reliable system performance.

Performs hands-on electrical integration and testing for launch vehicle systems. Responsibilities include developing assembly and test procedures, incorporating hardware and software changes, diagnosing discrepancies, determining root causes, implementing corrective actions, coordinating daily activities, and communicating across multidisciplinary teams. The role is fully onsite and may involve launch vehicle hardware, electrical ground support equipment, high-voltage systems, pressurized systems, and other operational hazards.

Designs and integrates advanced electrical systems for robotic surgery, including custom PCAs, embedded architectures, motor controls, communication systems, and high-speed compute platforms. Responsibilities include PCB design, board bring-up, troubleshooting, risk analysis, vendor development, documentation, verification and validation, and design transfer to manufacturing. The role collaborates across FPGA, mechanical, software, and controls engineering teams while ensuring product quality, manufacturability, EMC compliance, and rigorous design controls.

Lead end-to-end PCB layout for high-reliability spaceflight hardware using Cadence Allegro PCB Designer. Develop multilayer, HDI, controlled-impedance, RF, and mixed-signal layouts; manage ECAD libraries; coordinate electrical, mechanical, thermal, manufacturing, and design-for-assembly requirements; generate fabrication and assembly documentation; apply aerospace and IPC standards; and provide technical leadership through reviews and layout optimization.

Designs, integrates, validates, releases, and continuously improves vehicle electrical systems and components. Translates customer and program requirements into manufacturable solutions, supports harnesses, modules, sensors, actuators, and interfaces, and evaluates performance, reliability, cost, and manufacturability tradeoffs. Collaborates with suppliers and cross-functional teams on design reviews, documentation, prototypes, production builds, troubleshooting, root-cause analysis, launch readiness, and issue resolution.

Supports the design, integration, documentation, and testing of electrical systems for UAVs, aircraft installations, and ground stations. Responsibilities include creating schematics, harness diagrams, power budgets, bills of materials, manufacturing instructions, and technical data packages. The role coordinates with multidisciplinary engineering, manufacturing, quality, and test teams; supports avionics integration and feature changes; and executes electrical systems testing to FAA or DoD standards.

Designs and evaluates industrial electrical systems, primarily power distribution, motor feeders, starters, drives, building power, HVAC, lighting, grounding, generators, and UPS systems. Performs voltage drop, short-circuit, and arc-fault analyses; prepares engineering documents and equipment specifications; coordinates with project teams and contractors; and supports customer relationships and business development. The role requires project leadership, client communication, code knowledge, and occasional domestic travel to industrial and manufacturing facilities.

Design and develop complex electrical hardware for airborne augmented reality systems, including power architectures, FPGAs, high-speed communications, embedded computers, PCBAs, and test systems. Own products from requirements through prototyping, qualification, manufacturing, and flight. Conduct trade studies, design reviews, troubleshooting, root cause analysis, performance analysis, and documentation while collaborating with cross-functional engineering and program teams.

Design and support electrical systems for renewable energy and BESS projects including PV and storage system design, energy modeling, engineering calculations, specifications, drawings, cost estimation, and support through procurement, construction, commissioning, and project lifecycle. Collaborate with project teams, develop schedules and budgets, and present at meetings; occasional travel required.

Serves as the electrical, instrumentation, and controls subject matter expert for UMD’s central energy systems. Responsibilities include medium-voltage distribution and generation analysis, SKM power studies, load-flow analysis, turbine and motor-drive maintenance, switchgear and relay upgrades, SCADA/DCS optimization, vendor and capital-project management, safety compliance, and decarbonization initiatives. The role requires full-time onsite presence, emergency availability, and PE licensure within 12 months.

Serves as the electrical, instrumentation, and controls subject matter expert for UMD’s central energy systems. Designs and operates medium-voltage distribution, generation, and control systems; performs SKM power studies; manages generators, drives, switchgear, relays, SCADA/DCS optimization, vendors, capital projects, budgets, and safety procedures. The role requires full-time onsite presence and exclusive dedication to the NextGen Energy Program.

Lead electrical assembly for large-scale generators and enclosures, ensuring compliance with UL/NFPA standards, supervising FAT and wiring inspections, training and managing technicians, driving lean process improvements, and coordinating materials and root-cause analysis to ensure quality and safety.

Provides electrical engineering support for power and controls in a 24/7 manufacturing environment. Manages electrical projects, installations, contractors, shutdowns, troubleshooting, safety compliance, work instructions, maintenance team leadership, and continuous improvement initiatives. The role focuses on minimizing equipment downtime, improving production efficiency, and supporting electrical systems including medium-voltage power, substations, PLC-controlled equipment, motors, starters, SCRs, and VFDs.

Designs, modifies, troubleshoots, and analyzes complex electrical and electronic assemblies, layouts, schematics, and specifications. The role develops test reports, product documentation, and electrical solutions; coordinates component procurement and supplier development; resolves technical issues; leads engineering projects; and supports junior colleagues. The engineer also communicates complex information, builds consensus, and contributes to product releases and equipment performance.

Designs and develops military-grade electronic hardware, embedded computing systems, automated test equipment, and radar components. Reverse engineers legacy systems, creates modernized design packages, supports prototypes and system integration, and performs testing, verification, and validation. Produces schematics, technical documentation, and reports while collaborating across engineering teams. The role requires supporting mission-critical military applications and working onsite in Huntsville, Alabama, or Franklin, North Carolina.

Electrical Engineering Intern supporting electric air taxi development through board design, system integration, validation testing, functional testing, test setup creation, soldering, and board-level rework. The intern will work with a small engineering team and gain hands-on experience designing, testing, and integrating aircraft electronics. Candidates must be pursuing an engineering or computer science degree and demonstrate problem-solving, communication, and a willingness to learn.

Leads the design, coordination, and delivery of complex electrical systems for energy and infrastructure projects. Signs and seals engineering documents, reviews renewable energy and power systems, performs electrical studies, manages scope, schedule, budget, and deliverables, and resolves technical challenges. Coordinates with clients, utilities, and stakeholders; oversees quality, permitting, procurement, field investigations, and multidisciplinary design. Mentors junior engineers, supports client relationships, and ensures reliable, code-compliant, energy-efficient solutions.

Entry-level electrical engineering role focused on generation controls and power systems. Responsibilities include analyzing field data, developing test plans, modeling and simulating power systems, documenting results, and directing planned tests at power generation facilities. The role combines remote office work with substantial field work and provides intensive training in generator controls, instrumentation, protection systems, control tuning, and compliance.

Electrical Engineering Intern supporting satellite radio communication and camera systems, communication system analysis, ground support equipment, and test software. The role involves hands-on hardware assembly, testing, integration, and collaboration with engineers and students. Candidates must be pursuing electrical or computer engineering, have a minimum 3.5 GPA, be juniors, seniors, or graduate students, and be U.S. citizens eligible for a government security clearance. This is an onsite summer 2027 internship in North Logan, Utah.

Design electrical systems for mission-critical and data center facilities, including power distribution, emergency power, lighting, grounding, and life safety systems. Perform electrical calculations, equipment sizing, and engineering analyses; develop plans, one-lines, schedules, details, and specifications. Coordinate with multidisciplinary teams, clients, contractors, and stakeholders while applying NEC and building codes. Support technical issue resolution and develop expertise in reliable, redundant data center systems.