Top Electrical Engineering Jobs

Supports safe, reliable operation of electrical systems at a utility-scale power plant. Leads troubleshooting, system modifications, equipment reliability initiatives, project design and commissioning, technical documentation, compliance, outage support, and coordination with operations, maintenance, vendors, contractors, and regulators. Provides technical guidance and training while working safely around energized equipment and industrial hazards.

Supports manufacturing, engineering, and maintenance teams by optimizing process controls, troubleshooting complex electrical and control systems, improving equipment reliability, assisting with emergency repairs, developing preventive maintenance procedures, and training personnel. The role requires participation in safety initiatives, outage planning, weekend duty rotation, and cross-functional efforts to improve equipment efficiency, quality, productivity, and reliability.

Designs, documents, tests, and troubleshoots electrical systems and automated test equipment supporting Navy undersea warfare programs. Responsibilities include circuit and PCB design, test-plan development, technical documentation, design reviews, version control, and interdisciplinary collaboration. The role supports projects from research and development through production, including system and component troubleshooting, using laboratory test equipment and schematic-capture tools.

Performs highly complex electrical engineering work for NYC wastewater treatment infrastructure. Responsibilities include serving as a technical consultant, conducting research, preparing complex proposals and reports, leading technically challenging projects, exercising independent judgment, and signing and sealing engineering documents.

Performs electrical engineering design and analysis for traffic signals and street lighting. Prepares AutoCAD plans, evaluates contract documents and specifications, conducts lighting surveys and field visits, reviews consultant plans and shop drawings, coordinates utility services, ensures compliance with engineering standards and electrical codes, and maintains project records.

Lead end-to-end FPGA architecture, development, verification, integration, and on-orbit support for spacecraft systems. Design high-speed interfaces, digital backplanes, payload data buses, FPGA-to-CPU/SoC architectures, and radiation-tolerant logic. Manage verification plans, documentation, milestones, and cross-team delivery while mentoring engineers. Collaborate with avionics, embedded software, hardware, and test teams throughout the product lifecycle from concept through launch.

Design and develop electrical test fixtures and factory test processes for high-power UPS, PDU, and STS products. Lead test infrastructure projects, maintain compliance and test reports, implement testing policies, and perform electrical troubleshooting and diagnostics on high-power three-phase equipment.

Provides electrical engineering and project management expertise for capital projects in a pulp and paper mill. Responsibilities include feasibility studies, capital authorization support, cost control, scheduling, contractor and supplier coordination, startup management, safety, quality standards, and stakeholder communication. Projects range from $10,000 to $5 million and are managed from inception through implementation.

Coordinates electrical reliability and maintenance programs at a paper mill, managing outages, equipment maintenance, capital projects, contractors, documentation, preventive and predictive maintenance, and continuous improvement initiatives. Provides technical direction to maintenance and operations personnel, supports safety and environmental goals, manages equipment tracking and rebuild programs, develops manuals and inspection procedures, and uses project planning tools to deliver work efficiently and cost-effectively.

Coordinates electrical reliability and maintenance programs for a paper mill, including preventive and predictive maintenance, equipment tracking, outages, capital replacements, documentation, and reliability improvements. Partners with maintenance, engineering, operations, and contractors; manages projects, spare parts, training, equipment manuals, and work schedules. Uses root-cause failure analysis to resolve issues, reduce costs, improve planning, and support safety and environmental objectives.

Designs and implements electrical engineering projects, including scope development, cost estimation, procurement and construction strategy, project design, construction management, commissioning, and startup. Monitors project scope, schedule, and costs; maintains ISO quality compliance; communicates status to operations and maintenance; and provides technical support for routine problems.

Provides engineering support for maintenance and operations, resolving equipment reliability issues and developing preventive and predictive maintenance procedures. Supervises mill and contract employees, maintains equipment records, supports safe work practices, evaluates personnel, and collaborates with peers to achieve equipment uptime goals. Requires flexibility to work shifts, weekends, holidays, and overtime in an industrial manufacturing environment.

Provides electrical engineering support for mill maintenance, operations, equipment reliability, and capital projects. Responsibilities include developing preventive and predictive maintenance procedures, preparing project scopes and cost estimates, creating engineering and construction strategies, designing and implementing projects, managing scope, schedules, costs, construction, commissioning, and startup, and resolving technical issues. The role also supervises employees and contractors, maintains equipment records, enforces safety practices, and communicates project status.

Leads complex electrical, controls, automation, OT infrastructure, and manufacturing capital projects from concept through commissioning and startup. Provides technical leadership in system integration, Rockwell Automation platforms, industrial data systems, troubleshooting, safety, standards compliance, budgeting, and continuous improvement. Partners with manufacturing, operations, maintenance, suppliers, contractors, and engineering firms across multiple sites. The role requires approximately 40% travel to Clorox facilities throughout the United States.

Own production electrical designs for LiDAR sensors, including mixed-signal, power, and laser-driver circuitry. Lead schematic and PCB revisions, verification, ECOs, BOM changes, component obsolescence mitigation, alternate qualification, failure analysis, and reliability testing. Partner with supply chain, quality, procurement, suppliers, and contract manufacturers to improve yield, control costs, and maintain supply continuity. Translate field-quality findings into design-for-reliability guidance for future products.

Supports the design, manufacturing, testing, and qualification of radiation detection products. Prepares engineering specifications and technical reports, assists with mechanical and electrical design analyses, supports procurement, manufacturing, and quality teams, contributes to new product development, and develops expertise in detector design, radiation concepts, qualification testing, and manufacturing processes.

Designs and owns electrical hardware for embedded and wireless products from concept through production. Responsibilities include circuit and schematic design, component selection, PCB layout oversight, board bring-up, testing, troubleshooting, verification, certification, and manufacturing support. The engineer translates customer needs into technical requirements, manages design tradeoffs and risks, collaborates across engineering teams, supports customers, mentors junior engineers, and drives design quality improvements.

Leads electrical and instrumentation engineering teams and oversees complete project delivery, including design criteria, estimates, schedules, budgets, calculations, specifications, drawings, procurement packages, quality reviews, code compliance, and client communication. Provides technical direction, delegates work, reviews deliverables, supports construction and drafting teams, and leads interoffice execution. Requires extensive industrial engineering experience and advanced knowledge of electrical power systems, instrumentation, CAD, PLC, HMI, and DCS technologies.

Participates in a rotational internship focused on project budgeting, profitability analysis, earned value management, financial modeling, forecasting, reporting, and special projects. Collaborates with project managers and finance teams, maintains project databases and spreadsheets, prepares leadership presentations, conducts industry research, and gains field exposure through construction site visits while following PPE and safety requirements.

Participates in a rotational internship focused on project budgeting, profitability analysis, earned value management, financial modeling, reporting, and strategic initiatives. Collaborates with project managers and finance teams, maintains project databases and spreadsheets, conducts research, prepares leadership presentations, and visits construction job sites to understand field operations. Future rotations may include financial operations, FP&A, accounting, and estimating.

Designs low-voltage electrical systems, control panels, MCCs, VFD panels, PLC I/O schematics, motor control circuits, and industrial control packages. Develops diagrams, layouts, bills of material, scopes, specifications, and cost estimates while applying NEC, NFPA, and UL standards. Coordinates with clients, engineers, contractors, and vendors; supports installation, commissioning, startup, and I/O verification. Leads project portions, mentors junior engineers, and travels locally and overnight approximately 20–25%.

Designs and owns digital and mixed-signal electrical subsystems and PCBs for electric aircraft, from schematics and component selection through prototyping, testing, verification, and product support. Responsibilities include PCB layout collaboration, requirements development, DFMEAs, hardware debugging, verification testing, process improvement, and reliability, weight, and efficiency optimization.

Designs and verifies electrical ground support equipment hardware, including interface boards, cable harnesses, breakout assemblies, and signal-conditioning circuits. Maintains schematics, wiring diagrams, connector pinouts, ICDs, and BOMs; verifies signal integrity, power distribution, grounding, shielding, and EMI/EMC compliance. Supports PCB and harness design reviews, acceptance testing, DFM/DFT, and transition of designs to production for the TeraWave satellite communications program.

Develops solutions to operational and testing issues involving shipboard power distribution and propulsion control equipment. Responsibilities include troubleshooting electrical systems, creating shipyard execution procedures, providing deck-plate support, and collaborating with multidisciplinary teams. The role requires work in office, shipboard, and shipyard environments, with occasional off-shift overtime and watchbill support.

Designs, prototypes, integrates, and tests circuit card assemblies and electronic systems for defense applications. Responsibilities include schematic capture, PCB layout, bill of materials generation, component selection, hardware test planning, electrical interface definition, and system requirements management. The engineer collaborates with embedded software and firmware teams and may support test equipment integration, legacy system modernization, and obsolescence redesign.