Top Electrical Engineering Jobs

Designs, troubleshoots, repairs, and maintains plant electrical systems, including PLCs, HMIs, drives, power systems, and motor control centers. Manages plant improvement projects, evaluates vendor quotations, analyzes product failures, prepares management reports, tests electrical devices, trains technicians and production staff, supervises maintenance activities, and ensures compliance with NEC standards. Participates in emergency call-outs and on-call rotations.

Maintains and troubleshoots factory electrical systems, machinery, power distribution, and controls to prevent downtime. Performs preventive maintenance, repairs, calibration, recordkeeping, parts ordering, and vendor communication. Leads and trains electrical maintenance technicians, oversees work and inventory, creates drawings, supports improvement projects, and ensures compliance with safety and attendance requirements. The role requires flexibility for overtime, call-ins, rotating shifts, and varying manufacturing environmental conditions.

Designs, develops, tests, and integrates electrical systems for unmanned aircraft systems. Responsibilities include debugging microcontroller circuits, creating schematics and wiring documentation in Altium, troubleshooting wire harnesses, performing electrical tests, and serving as the avionics liaison to production. The role also leads small projects, resolves production non-conformances, and collaborates with mechanical, software, and cross-functional engineering teams.

Designs and coordinates electrical engineering projects for high-, medium-, and low-voltage systems. Responsibilities include power system analyses, protective relay design, electrical drawings, equipment specifications, testing procedures, technical reviews, client communication, and project status reporting. Requires strong experience with power distribution, protective relaying, project execution, and engineering software such as ETAP, SKM, or EasyPower.

Leads and builds the electrical engineering team while owning electrical architecture and delivery for a first-of-a-kind nuclear power plant. Responsibilities span HV utility interconnection, generation, switchyards, MV distribution, LV systems, emergency power, protection, power studies, equipment specifications, vendor engagement, commissioning support, utility relationships, and nuclear-quality documentation. The role also provides technical authority, interdisciplinary coordination, hiring, mentoring, resourcing, and engineering standards leadership.

Design and verify FPGA-based systems for aerospace, defense, and advanced electronics applications. Responsibilities include developing VHDL, Verilog, or SystemVerilog designs; creating simulations, testbenches, and verification plans; performing timing analysis and resource optimization; integrating processors, interfaces, memory, and mixed-signal systems; and supporting board bring-up, debugging, and laboratory testing under senior-engineer guidance.

Provides senior technical leadership for electrical architecture, design, integration, testing, commissioning, and troubleshooting of modular power and industrial systems. Designs distribution, controls, protection, and documentation; supports manufacturing, production launches, customer issues, and field service. Leads design reviews, technical problem-solving, standards development, and cross-functional collaboration while mentoring engineers. The role covers systems including switchgear, generators, transformers, UPS, ATS, MCCs, VFDs, PLCs, HMIs, and SCADA.

Supports manufacturing, testing, calibration, troubleshooting, and quality assurance for thermal measurement products and data logging systems. Tests finished products, calibrates sensors and customer data loggers, investigates production issues, develops test fixtures and procedures, analyzes product performance, and supports prototype-to-manufacturing transitions. The role requires hands-on electronics work, schematic interpretation, soldering, documentation, and collaboration in a manufacturing environment.

Design, develop, prototype, integrate, and test electronic systems for innovative air vehicle and R&D platforms. Responsibilities include avionics, embedded systems, RF communications, power subsystems, analog and digital circuit design, PCB development, fabrication procedures, troubleshooting, and flight test support. The role requires cross-functional collaboration, hands-on system testing, and expertise in at least one area such as power systems, RF, or embedded control.

Lead electrical engineering efforts for AUVs and ROVs, coordinate cross-discipline teams, conduct design optimization, and verify designs while providing technical support throughout product development.

Own the electrical architecture and development of a 13 MW medium-voltage aeroderivative generator system. Responsibilities include producing electrical specifications, schematics, one-line diagrams, and BOMs; designing transformers, switchgear, cabling, protection, and grounding; conducting power system studies; ensuring code and certification compliance; commissioning and troubleshooting equipment; mentoring engineers; and interfacing with customers, utilities, suppliers, and certification bodies.

Design electrical systems for complex facility projects from concept through construction and commissioning. Responsibilities include power distribution, lighting, grounding, low-voltage systems, single-line diagrams, load calculations, equipment specifications, and code compliance. The role requires collaboration across transportation, institutional, and industrial projects, proficiency with AutoCAD or Revit, a bachelor’s degree in electrical engineering, and a PE license in Maryland, Delaware, and New Jersey or the ability to obtain reciprocity.

Design electrical systems for buildings, including power distribution, lighting, fire alarms, security systems, UPS, generators, and special systems. Perform power studies using SKM Power Tools and Easypower, electrical commissioning, site visits, and construction drawing coordination. Collaborate with multidisciplinary teams, manage smaller projects independently, and support project schedules, budgets, proposals, and client deliverables.

Design electrical systems for buildings, including power distribution, lighting, fire alarms, security systems, UPS systems, generators, and motor feeders. Perform power studies using SKM Power Tools and Easypower, electrical commissioning, site visits, and project coordination. Collaborate with engineers, designers, BIM specialists, CAD technicians, and other disciplines while managing project schedules, budgets, and deliverables.

Designs and implements automation and power drive solutions for metals-industry applications. Responsibilities include drive upgrades, power system and protection requirements, regulator performance, technical troubleshooting, engineering improvements, customer and supplier coordination, commissioning, training, and mentoring junior engineers. The role supports projects across sales, development, commissioning, and post-installation service, with emphasis on metals processes such as melting, casting, and rolling.

Bring up, validate, troubleshoot, and integrate complex circuit boards into sensing systems. Diagnose power, high-speed signal, and RF issues; coordinate schematic and PCB layout revisions; collaborate with software, FPGA, systems, and mechanical engineering teams; and establish testing and documentation processes for production scaling.

Designs, tests, and integrates high-power electrical systems for hybrid-electric propulsion and aerospace mission equipment. Responsibilities include power electronics, generators, batteries, high-voltage distribution, grounding, thermal management, system troubleshooting, and ground or flight testing. The role collaborates across controls, avionics, mechanical, and aerospace teams while documenting designs and validation results.

Performs operational planning analysis for the MISO power system, including outage coordination, power flow, contingency, and stability studies. Evaluates transmission limitations, congestion, forecasts, and mitigation plans; develops operating guides and procedures; and collaborates across departments. Requires electrical engineering expertise, power-system analysis tools, NERC/FERC knowledge, scripting skills, and rotating 12-hour shifts without overnights.

Supports the design, documentation, testing, assembly, and continuous improvement of electrical control systems for electron beam equipment. Develops schematics and wire run lists, creates manufacturing documentation, assists with PLC and industrial control implementation, troubleshoots wiring and machines, and validates electrical systems using test equipment. Collaborates with mechanical engineering, manufacturing teams, and controls consultants while working under senior engineering mentorship.

Performs basic low-voltage electrical engineering design, calculations, documentation, and analysis throughout project lifecycles. Supports procurement, manufacturing, installation, testing, operation, cost estimation, budgeting, safety reviews, and technical coordination with designers and technicians. Ensures compliance with engineering specifications and environmental, health, and safety regulations. The role is onsite at Fermilab’s Batavia office and requires a bachelor’s degree in an applicable ABET-accredited engineering discipline.

Designs and analyzes electrical systems for energy and infrastructure projects, including power distribution, renewable energy, storage, lighting, and controls. Prepares calculations, drawings, specifications, and engineering documents; conducts site assessments; supports permitting, procurement, multidisciplinary coordination, and field response. Requires a PE license, electrical engineering degree, and at least five years of design experience. Travel to job sites is required 10–25% of the time.

Designs and completes electrical control systems for industrial customers. Responsibilities include developing control system designs, interpreting requirements, troubleshooting hardware and software, supporting installation and startup, programming PLCs and HMIs, ensuring safety and standards compliance, and communicating with project teams, construction personnel, and customers. The role requires field support, travel, equipment improvements, and work in remote or challenging environmental conditions.

Designs and builds UL 508A-compliant electrical control panels, including schematics, layouts, wiring documentation, testing, installation, and service procedures. Programs and troubleshoots PLC-controlled systems, supports HVAC/R controller software, maintains manufacturing equipment, and leads root-cause analysis and continuous improvement. The role also manages multiple engineering projects, supports production and customers, conducts validation activities, and develops manufacturing procedures and technical documentation.

Electrical Engineering Intern supporting industrial manufacturing operations through electrical system design, troubleshooting, controls and automation projects, equipment reliability, maintenance, commissioning, documentation, and continuous improvement. The role involves hands-on collaboration with Engineering, Maintenance, Operations, and Safety teams, including work with motors, drives, PLCs, HMIs, instrumentation, power distribution, and industrial control systems.

Designs electrical power generation, distribution, and utilization systems. Responsibilities include creating and presenting power studies, developing detailed electrical designs, preparing equipment procurement specifications, and producing construction documents. The role requires an electrical engineering degree and up to two years of experience, with preferred knowledge of NFPA 70, EIT certification, and power study software such as ETAP or SKM. The position follows a hybrid schedule with three days in the office.