Top Electrical Engineering Jobs

Lead design, specification, and validation of ruggedized power generation, distribution, and conversion systems for autonomous maritime platforms. Produce drawings and analyses (EPLAs, short-circuit, voltage drop, harmonics), select components, conduct trade studies, support prototyping and at-sea trials, author documentation, and mentor junior engineers to ensure reliable, maintainable, and environmentally qualified power architectures.

The Senior Electrical Engineer will engage in technical design, consulting, and project management while collaborating within a multi-discipline team. Responsibilities include client consulting and supporting construction activities.

Lead electrical engineering for Sentinel ground systems including electrical architecture, cable and power system design, analysis, and integration. Coordinate with suppliers, review deliverables, support milestone reviews, produce PDPs/ADPs, and serve on engineering review boards. Provide technical leadership, documentation release, and status reporting.

Lead and coordinate electrical engineering tasks for the Power Uprate Project. Analyze and interpret complex issues, develop recommendations and reports, lead problem-solving efforts, ensure safety compliance, collaborate across organizations, and evaluate technical alternatives considering economic impact. Maintain working relationships with internal and external stakeholders.

Provide technical leadership for vessel electrical systems: develop and review drawings, calculations, and specifications; support shipyard installations, testing, commissioning, and troubleshooting; coordinate with production, project management, vendors, and regulators to ensure compliance and timely delivery.

Responsible for managing electrical engineering projects, ensuring designs meet standards, supervising staff, and engaging with clients and contractors.

The Electrical Systems Engineer will design and develop electrical and electromechanical systems, oversee project execution, and ensure compliance with specifications and regulations.

As a Sr. Electrical Engineer, you'll design power and lighting systems, collaborate on projects, mentor junior engineers, and ensure adherence to codes.

Provide sustaining process engineering support for life-science products at the Indianapolis site. Solve complex production and quality issues using PFMEA, process capability and statistical methods; lead electrical/mechanical design projects and design-change teams; implement robust, regulatory-compliant solutions to improve yield, delivery, cost, and product quality.

The Senior Electrical Engineer leads electrical system development for internal and external projects, designs architecture, selects hardware, and conducts testing, guiding team members along the way.

Lead electrical architecture, design, analysis, documentation, integration, testing, and iteration for spacecraft Fabship hardware. Own ECAD assemblies, PCBAs, power systems, RF, instrumentation, and mixed-signal interfaces from concept through qualification and flight. Perform reliability, radiation, EMI/EMC, derating, and environmental analyses; develop HITL and automated test capabilities; support manufacturing, suppliers, failure investigations, and design reviews. Mentor engineers and help establish electrical engineering standards in a fast-paced aerospace hardware environment.

Own the electrical architecture of ruggedized wearable hardware from concept through volume production. Design multilayer PCBs, power and battery systems, high-speed interfaces, and integrated optical, wireless, IMU, audio, and environmental sensors. Lead hardware bring-up, validation, signal integrity, manufacturing testing, DFM, DFT, and production ramp while collaborating with mechanical, firmware, manufacturing, and industrial design teams.

Designs, develops, prototypes, tests, troubleshoots, and validates electrical components and systems for commercial snow and ice equipment. Responsibilities include interpreting schematics, maintaining BOMs and ECNs, documenting tests, supporting manufacturing improvements, diagnosing electrical and hydraulic systems, creating product literature, and collaborating with technical and non-technical stakeholders. The role also participates in design reviews, root-cause analysis, Kaizen, and 5S activities, with occasional travel to test sites, suppliers, customers, and company locations.

Design electrical power and lighting systems for institutional, retail, and commercial buildings. Prepare engineering calculations, schematics, construction documents, specifications, and technical reports. Coordinate with architects, clients, vendors, contractors, officials, and other consultants throughout design and construction. Review shop drawings, respond to RFIs, conduct site visits and observations, and meet project schedules and budgets.

Troubleshoot and diagnose complex PCB assemblies and electrical subsystems for power conversion systems. Lead root cause investigations, develop corrective actions, create test setups, and work cross-functionally with Manufacturing, Quality, and Design. Mentor technicians and participate in design reviews to improve reliability, manufacturability, and serviceability.

Design, supervise, and install electrical equipment and plant modifications; troubleshoot PLCs, VFDs, HMIs and production electrical systems; create/update CAD drawings; procure bids and manage project installations; support safety programs (Lockout/Tagout, Arc Flash) and participate in plant initiatives to improve productivity and safety.

Designs and documents PCB schematics and assemblies, leads component investigations and obsolescence management, performs board- and component-level testing, supports DFMEA/PFMEA and control plans, and provides production support from development through post-production to ensure electrical reliability.

Lead design, development, and testing of electrical hardware for missile subsystems including power distribution, control electronics, PCB layouts, wiring/cable assemblies, and telemetry. Support component selection, EMI/EMC and environmental qualification, integration and flight/lab testing, create schematics, ICDs, test plans, and engineering documentation, and collaborate with systems engineers, government customers, and suppliers.

Design, maintain, and improve plant electrical systems and components; ensure safety and regulatory compliance; troubleshoot electrical issues to minimize downtime; support operations, maintenance, and contractors; provide technical support and training; and manage related projects in an industrial cement manufacturing environment.

Perform electrical design, technical analysis, and resolution of engineering problems with consideration for manufacturing feasibility, cost, and operation for paper-converting equipment.

Perform electrical engineering tasks for power and control system designs in industrial and municipal projects: calculations, drawings, specifications, equipment selection, cost estimates, reports, and client communication. Collaborate with multidisciplinary teams, support project organization, and perform occasional fieldwork and site testing.

Provide electrical engineering support for power generation projects: design, calculations, system evaluations, documentation, field walkdowns, and project coordination to improve plant safety, reliability, and performance.

Support engineering and design for power plant upgrades and new generation projects. Perform studies, calculations, and design development for electrical distribution systems (switchgear, MCCs, breakers). Assist with load flow, short-circuit, and voltage drop analyses. Prepare documentation, participate in technical reviews, perform field walkdowns, and support installation, testing, troubleshooting, and startup activities. Collaborate with senior engineers and multidisciplinary teams on multiple projects.

Support engineering and design activities for power plant upgrades and new generation projects. Assist with electrical power system evaluations, load flow, voltage drop, and short-circuit studies. Prepare design documentation, perform equipment walkdowns, support installation, testing, troubleshooting, and startup, and collaborate with multidisciplinary teams under senior engineer guidance.

Design, build, commission, and operate plant electrical systems for copper processing. Own power distribution, motor control, grounding, and code compliance. Partner with cross-functional teams, lead electrical buildouts, support commissioning and troubleshooting, and integrate controls and analytics to improve reliability and output.