Top Electrical Engineering Jobs

Leads electrical and electronic quality across product design, development, manufacturing, suppliers, and field operations. Responsibilities include APQP, DFMEA/PFMEA, control plans, validation, production readiness, failure investigations, root-cause analysis, corrective actions, supplier and manufacturing readiness, data analysis, reliability improvement, regulatory compliance, and technical mentorship. The role partners cross-functionally to mitigate risks, improve product quality, and support new product introductions and production transfers.

Design and review PCB layouts, manage Altium Designer tools and libraries, integrate designs with PLM systems, and establish PCB standards. Lead component strategy, qualification, lifecycle management, cost reduction, alternate-part validation, and supply-chain resilience. Support legacy design migration and cross-functional engineering teams while applying signal integrity, power distribution, EMC, and manufacturing principles.

Leads electrical manufacturing test architecture, fixture and interface-board development, hardware bring-up, board-level debugging, automated test software, instrumentation, and manufacturing deployment. Supports contract manufacturers, analyzes failures and test data, improves yield and reliability, defines NPI validation strategies, coordinates technical projects, and mentors engineers and technicians across cross-functional teams.

Leads electrical design and development for NeuroStar medical devices, including embedded controls, power delivery, analog and digital circuits, prototyping, testing, simulation, documentation, and production support. Partners with manufacturing, EMC laboratories, and cross-functional teams to ensure reliability, quality, and regulatory compliance. Supports sustaining engineering, root-cause investigations, technical project leadership, and mentorship of other engineers.

The Senior Electrical Engineer leads electrical design efforts for various building projects, mentoring junior engineers, coordinating with other disciplines, and supporting project execution while ensuring high-quality deliverables.

Design and deliver building electrical systems from concept through construction administration, perform technical calculations and power/lighting studies, coordinate multi-discipline teams and clients, mentor junior staff, support federal and commercial projects, and contribute to sustainable, renewable energy and electrification initiatives.

Design and document automated control systems: specify parts, draw electrical schematics and panel layouts, create installation packages, support installations and troubleshooting, collaborate with project teams, mentor colleagues, and contribute to continuous improvement and safety.

Lead supplier development and production ramp for electrical assemblies: provide DFM feedback, create process flows and PPAP, perform capacity planning and supplier assessments, implement process controls, analyze supplier metrics, and drive quality improvement for NPI and mass production.

The Engineer will analyze and design electrical and I&C systems, support plant modifications, power system studies, and troubleshoot plant issues while ensuring design integrity and compliance with regulatory standards.

Own supplier industrialization and performance for PCBAs, cable assemblies, wire harnesses, and connectors for the Long Range Platform. Define and enforce qualification, inspection, control plans, and manufacturing/test processes. Lead supplier selection, audits, root-cause investigations (8D, PFMEA, SPC), and corrective actions. Partner with Design Engineering on DFM/DFT, manage multiple supplier projects, and perform onsite onboarding, qualification builds, failure investigations, and continuous improvement to achieve flight-ready, reliable production.

Design and develop surgical energy hardware for the da Vinci system: define requirements, create and validate mixed-signal and power electronics PCBA solutions, support integration, prototyping, testing, problem resolution, and regulatory/quality processes.

Lead manufacturing engineering for electrical and electro-mechanical products, supporting NPI, production transfer, and full-rate manufacturing. Troubleshoot PCBAs, wiring harnesses, test systems, and integrated assemblies on the production floor; drive DFM/DFA, RCA, ECOs, process improvements, and supplier resolution to improve quality, yield, and cost.

Design and validate analog and mixed-signal PCBs for next-generation reticle inspection tools. Collaborate with system and subsystem engineers, external vendors, and contractors to define specifications, integrate and test subsystems, perform bring-up, characterization, noise analysis, and PCBA troubleshooting, and deliver manufacturable PCB designs.

Design, integrate, and test electrical and power systems for autonomous maritime vessels. Responsibilities include control panels, cable harnesses, subsystem interfaces, power distribution, batteries, converters, switchgear, sensing hardware, schematics, bench testing, debugging, and coordination with multidisciplinary teams and contract manufacturers. The role also provides technician instructions and leads electrical safety and FMEA activities.

Design, model, and analyze facility power distribution systems with emphasis on SKM-based short circuit, coordination, and arc flash hazard assessments. Lead site data collection, review legacy documentation, collaborate on CAD drawings, produce technical reports, recommend system optimizations, and generate equipment safety labels to ensure compliance with relevant electrical safety standards.

Seek an experienced electrical engineer with 10+ years in data center construction/renovation or power and cooling infrastructure. Responsibilities include designing medium-voltage distribution, telecom/fiber distribution, and UPS/generator systems. Engineering degree required; PE preferred. Position is contracted and onsite in Oak Ridge, TN, with drug testing and possible federal background investigation/access authorization.

Develop detailed instrumentation and controls design packages, prepare calculations, specifications, and drawings; support procurement and field implementation; perform plant walkdowns and field troubleshooting; design PLC/DCS/HMI control logic and control cabinet assemblies; ensure compliance with NEC, UL508A, and ISA standards.

Design, build, integrate, and troubleshoot electrical and electromechanical test systems for aerospace components in an FAA repair station. Develop schematics, select sensors/instrumentation, implement data acquisition/HMI (e.g., LabVIEW), analyze test data, support calibration/validation, and provide technical guidance to technicians to improve test equipment and processes.

Design electrical systems (power, lighting, fire alarm, telecom, security) for commercial and institutional buildings using AutoCAD/Revit; perform load and photometric calculations, code and energy compliance checks, site surveys, and construction observations while coordinating with architects and other engineering disciplines.

Design and own PCBA lifecycle for flight-critical mixed-signal and power-conversion systems, perform SI/PI and EMC/thermal analyses to meet aerospace standards, lead bring-up and validation, write test scripts, coordinate with software and mechanical teams, and drive process improvements.

Design and lead high-reliability electronics for space and aerospace imaging systems, including PCB/PCBA design, high-speed signal and low-voltage power work, reliability analyses (thermal derating, MTBF, radiation tolerance), compliance to MIL-STD standards, CMOS sensor integration, and FPGA/HDL contribution.

Design low-voltage electrical systems (control panels, MCCs, VFD panels) for refinery/oil & gas clients. Prepare scopes, schematics, three-line diagrams, PLC I/O, panel layouts, BOMs, cable schedules, and construction scopes. Support field installation, start-ups, client bid walks, and mentor junior engineers while following safety, codes, and company standards.

Design, prototype, and validate high-voltage DC power conversion and distribution systems (including 800V-class). Develop gate drivers, protection/sensing, and perform SPICE-based simulation, PCB/layout optimization, and high-power lab testing. Integrate with embedded control platforms and collaborate across thermal, mechanical, and system architecture teams to deliver validated hardware quickly.

Design and review electrical systems for low-, medium-, and high-voltage projects; produce design plans and contract documents; perform on-site inspections; prepare reports, cost estimates, and construction quantity calculations; oversee and review electrical layouts for industrial and municipal clients.

Lead multidisciplinary electrical engineering projects from concept to delivery as Lead Engineer or Engineer of Record. Provide technical and project leadership, budget and schedule oversight, mentor staff, improve company standards and processes, engage in business development and client relations, enforce quality management, and present to clients and industry audiences.