Top Electrical Engineering Jobs

The Electrical Controls Engineer will provide on-site electrical engineering support, improve manufacturing processes, troubleshoot issues, and assist with maintenance activities in a manufacturing environment.

Designs and develops electromechanical components, including coils, transformers, and inductors, from concept through production. Translates customer specifications into manufacturable designs, coordinates prototypes, establishes testing, prepares technical documentation, supports compliance and product launches, and provides post-launch engineering support. The role also performs costing, reverse engineering, risk assessment, customer technical communication, design changes, and continuous improvement activities.

Designs and develops electromechanical components involving magnetic systems, electromagnetic modeling, and energy conversion. Translates customer specifications into manufacturable products, supports prototyping and testing, prepares engineering documentation, manages design changes, and provides post-launch support. Collaborates with customers, suppliers, testing agencies, and internal teams to meet performance, cost, compliance, and production requirements. The role also supports proposals, reverse engineering, lean initiatives, and continuous improvement.

Provides telephone and field-service technical support for drives, motion controls, robotics, and related industrial automation products. Responsibilities include troubleshooting, installation and startup assistance, repairs, customer training, technical documentation, CRM data entry, parts and upgrade quoting, service reporting, product support, and mentoring. The role requires customer interaction, field travel, rotational 24-hour on-call availability, electrical diagnostics, and ongoing product training.

Support engineering activities under senior supervision: develop and release BOMs to ERP, create 3D models/drawings with Creo/SolidWorks/AutoCAD, manage PLM, produce part drawings, ensure designs meet specifications and standards, participate in design reviews and verification.

The Senior Electrical Operations Engineer role supports Primient’s plant-based ingredient manufacturing operations. The provided description contains limited role-specific information and does not detail the team, responsibilities, qualifications, technologies, travel, or clearance requirements. The position offers an annual salary range of $123,515.20 to $154,394.00 and is bonus eligible, along with comprehensive benefits and career development opportunities.

Leads electrical test automation projects from requirements through production deployment. Develops and maintains software, hardware, instrumentation, data acquisition, databases, and reporting solutions. Troubleshoots electrical, mechanical, software, computer, and network issues; performs root-cause analysis; and supports cleanroom production test engineering. Requires Python or comparable software development, validation planning, documentation, networking, and cross-functional collaboration in a semiconductor manufacturing environment.

Performs electrical engineering for power, oil and gas, petrochemical, and energy projects. Develops specifications, datasheets, load lists, one-line diagrams, layouts, calculations, and equipment packages. Coordinates with engineering, fabrication, construction, suppliers, and vendors; supports cost and schedule control, inspections, factory and site acceptance testing, commissioning, and startup. Provides technical support for substations, transformers, power distribution, lighting, grounding, and related systems.

Leads electrical engineering for power generation, oil and gas, and petrochemical projects. Designs and supervises power distribution, substations, protection, grounding, lighting, controls, and related systems. Coordinates engineering deliverables, vendors, subcontractors, project schedules, budgets, construction support, factory acceptance testing, site acceptance testing, commissioning, and startup. Supervises engineers and designers while coordinating with clients, project managers, construction teams, and other disciplines.

Manage end-to-end delivery of traction power substation projects, from concept and design through construction and commissioning. Responsibilities include electrical design reviews, risk mitigation, coordination with civil and other engineering disciplines, QA/QC inspections, ITP development, factory and site acceptance testing, commissioning support, and health and safety compliance. The role requires project reporting, subcontractor management, and knowledge of HV/LV construction, maintenance, and commissioning practices.

Design and deliver electrical systems for commercial and industrial projects, including lighting, power distribution, PV systems, and controls. Produce construction-ready drawings, perform load and protection calculations, ensure code compliance, support permitting/interconnection, provide site and construction support, mentor junior staff, and participate in client engagement and business development.

Leads electrical production support and automated test engineering for precision-guided munitions. Develops test procedures, equipment, acceptance criteria, environmental testing, and qualification processes; analyzes test data; performs root-cause analysis; and drives corrective actions. Partners with suppliers and cross-functional manufacturing, quality, supply chain, and program teams. Supports system integration and acceptance testing while improving manufacturing flow, reliability, and compliance with MIL-STD, AS9100, safety, and quality requirements.

Lead supply chain strategy for electronics and electromechanical commodities from prototyping through full-rate production. Responsibilities include supplier identification and development, design-for-manufacturability reviews, quality and documentation compliance, make-versus-buy analysis, should-cost modeling, supplier negotiations, performance reporting, and critical-path execution. The role partners closely with engineering, quality, and suppliers in a fast-paced startup environment and requires travel of up to 40%.

Own electrical testing and quality assurance for boards, assemblies, and buoy systems. Troubleshoot failures, develop test procedures, track quality trends, and collaborate with design, manufacturing, and technician teams on root-cause analysis. Support harness documentation, future PCBA design, and custom hardware integrations. The role is intended for an early-career electrical engineer with hands-on project experience, schematic-reading ability, and familiarity with laboratory equipment.

Leads electrical design for facility and infrastructure projects, including power distribution, lighting, fire alarm, and secondary systems. Develops designs, specifications, calculations, studies, and reports; coordinates multidisciplinary teams; reviews shop drawings; supports construction administration; and attends client meetings and site visits. Provides guidance to entry-level engineers and designers while ensuring compliance with applicable codes and standards.

Performs independent electrical engineering design for industrial projects, including power, lighting, grounding, schematics, equipment specifications, calculations, and system analysis. Leads designers and junior engineers, reviews technical work, resolves design conflicts, and directs software use. Requires a PE license, ABET-accredited electrical engineering degree, and extensive industrial or manufacturing experience, with expertise in electrical codes, power distribution, plant infrastructure, equipment installation, and industrial controls.

Leads the design, development, testing, validation, troubleshooting, and integration of electrical and electronic systems for aerospace and defense projects. Develops circuit card assemblies, wiring designs, technical documentation, test plans, and analysis. Participates in design reviews, collaborates with multidisciplinary teams, improves engineering processes, and mentors junior engineers. The role requires advanced circuit design expertise, aerospace standards knowledge, and security clearance eligibility.

Designs, specifies, integrates, and validates ruggedized electrical power generation, distribution, and conversion systems for autonomous maritime platforms. Responsibilities include developing requirements, schematics, power analyses, component selection, trade studies, environmental qualification, prototype testing, field commissioning, and technical documentation. The engineer collaborates across mechanical, software, and autonomy teams, supports dockside and at-sea trials, and mentors junior engineers.

Leads the design, development, testing, and documentation of complex electrical and electronic systems for medical devices. Collaborates with multidisciplinary teams and clients, defines requirements, resolves technical issues, performs root-cause analysis, supports regulatory compliance, and mentors junior engineers. The role requires expertise in analog and digital circuitry, hardware design, testing, debugging, and embedded firmware development.

Lead electrical design for federal facilities, particularly USACE and NAVFAC projects involving SCIFs, ICD 705 compliance, and TEMPEST shielding. Manage design teams, mentor staff, develop construction-ready IFC packages, and oversee budgets, schedules, staffing, and resources. Support business development and client relationships while ensuring compliance with federal and industry standards. The role requires approximately 20% travel for site visits and client engagement.

Develops avionics and flight harnesses for next-generation spacesuits, covering design, procurement, fabrication, testing, installation, troubleshooting, and technical documentation. The role researches connectors, shielding, sleeving, and wire deratings; coordinates with stakeholders; manages schedules and procurements; communicates project status; and applies agile project management methods. Work supports human spaceflight and lunar exploration programs.

Design and develop rugged hardware and PCB solutions for industrial and heavy-duty connected devices. Integrate microcontrollers, embedded systems, CANBus, SAE J1939, wireless technologies, and device-to-cloud architectures. Create prototypes, specifications, DFMEA documentation, validation plans, and technical documentation while optimizing designs for manufacturing and system integration. Collaborate with firmware, mechanical, thermal, and optical engineering teams throughout the product development lifecycle.

Leads end-to-end development of spaceborne Ka-band AESA payloads, including architecture, electrical design, integration, qualification, flight readiness, and transition to production. Directs multidisciplinary engineering teams, manages payload schedules and technical risks, develops requirements and interface documentation, oversees environmental testing, and communicates technical decisions to leadership, customers, vendors, and partner organizations.

Hands-on Electrical Engineer supporting LED and automotive product development from prototype through production. Responsibilities include electrical lab testing, PCB bring-up, board-level debugging, circuit troubleshooting, failure analysis, verification testing, and validation procedure development. The role analyzes analog and digital circuits, interprets schematics and layouts, documents test results, and collaborates with engineering, manufacturing, and quality teams. Basic scripting and experience with LED lighting, automotive electronics, power electronics, or embedded systems are advantageous.

Conducts on-site facility condition assessments of electrical infrastructure across Pacific Region military school campuses. Evaluates power distribution, lighting, generators, UPS systems, fire alarm interfaces, telecommunications, and concealed components; records equipment data and condition ratings in E-SMS using USACE BUILDER methodology; supports assessment reports, documents deficiencies with photographs, and coordinates site access and safety requirements.