Top Electrical Engineering Jobs

Designs power distribution systems and supervises electrical equipment installation, testing, commissioning, energization, and startup. Troubleshoots electrical issues, verifies installation quality, resolves punch-list items, ensures safety-code compliance, and provides field support throughout project execution. The role requires extensive experience with electrical power distribution and on-site industrial project environments.

Supports electrical procurement for large construction projects through drawing review, quantity takeoffs, scope development, constructability coordination, pricing, bid leveling, subcontractor prequalification, buyout, equipment releases, and cost tracking. The role focuses on power distribution, switchgear, transformers, UPS, generators, lighting, fire alarm, and low-voltage systems. Candidates need hands-on electrical field experience, construction knowledge, strong drawing-reading skills, and proficiency with Excel.

Supports electrical procurement for large construction projects through drawing review, quantity takeoffs, scope development, constructability coordination, pricing, bid leveling, bidder management, buyout, and long-lead equipment procurement. Tracks RFIs, submittals, equipment releases, testing, deliveries, payment applications, change pricing, and cost logs. Requires hands-on electrical field experience and knowledge of construction sequencing, power distribution, equipment lead times, and testing.

Supports electrical procurement for large construction projects through drawing review, quantity takeoffs, scope development, constructability coordination, pricing, bid leveling, subcontractor prequalification, buyout, equipment tracking, change pricing, and cost reporting. The role focuses on power distribution, switchgear, transformers, UPS systems, generators, lighting, fire alarm, and low-voltage packages while coordinating RFIs, submittals, deliveries, testing, and commissioning support.

Designs and validates electrical hardware for tactical sUAS systems. Responsibilities include schematic and PCB layout design and review, architecture and parts selection, high-speed and high-power circuit development, test planning, fixture creation, engineering reporting, cost analysis, and collaboration across hardware, software, manufacturing, and stakeholder teams.

Supports electrical construction procurement across drawing review, quantity takeoffs, scope development, pricing, bid leveling, subcontractor buyout, and equipment purchasing. Reviews constructability, sequencing, trade coordination, and scope gaps for power distribution, switchgear, generators, lighting, fire alarm, and low-voltage systems. Tracks RFIs, submittals, equipment releases, testing, deliveries, payment applications, change pricing, and cost logs. Requires hands-on electrical construction experience and strong drawing interpretation and estimating skills.

Supports electrical procurement across drawing review, scope development, quantity takeoffs, constructability, pricing, bid leveling, subcontractor prequalification, buyout, equipment releases, and cost tracking. Reviews electrical systems and coordinates trade scopes, RFIs, submittals, testing, deliveries, payment applications, and change pricing. The role requires hands-on construction field experience, electrical drawing literacy, and knowledge of power distribution, sequencing, equipment lead times, and testing.

Own the architecture, integration, testing, and field deployment of remote-operation and autonomy controls for heavy hydraulic machinery. Responsibilities include CAN/J1939 integration, electro-hydraulic actuation, safety systems, machine-side software, sensors, operator interfaces, telemetry, schematics, wiring, and hardware-in-the-loop and field testing. The role requires hands-on troubleshooting in demanding outdoor environments, frequent travel, and collaboration with mechanical and hydraulics engineering leadership.

The Senior Electrical Test Engineer leads testing processes for switchgear systems, ensuring compliance and performance standards. Responsibilities include factory acceptance testing, troubleshooting, and collaboration with engineering and production teams.

Performs electrical power systems analysis and equipment design for steam and gas generating stations, including load flow, short circuit, arc flash, grounding, relay coordination, and equipment sizing. Manages engineering projects from scoping through commissioning, including budgets, schedules, procurement, vendor coordination, technical reviews, and regulatory compliance. Supports plant operations and field engineering in active power generation environments, including emergency response assignments.

Designs, integrates, tests, and qualifies ruggedized missile electronics, avionics, power systems, motor-control electronics, sensor interfaces, PCBAs, and MIL-spec interconnects. Responsibilities span schematic capture, PCB layout, simulation, signal integrity, EMI/EMC, environmental qualification, hardware-in-the-loop testing, troubleshooting, flight-test support, and telemetry analysis. The role requires advanced IMU integration experience, defense communication-bus knowledge, military standards expertise, and an active DoD Secret clearance with Top Secret/SCI eligibility.

Leads electrical and electronics product development for complex aerospace and defense electromechanical systems. Responsibilities include architecture, analog and digital circuit design, schematics, PCB development, simulation, prototyping, testing, verification, qualification, troubleshooting, manufacturing transition, and production support. Coordinates with multidisciplinary teams, suppliers, and customers while managing technical deliverables and project priorities. Requires occasional travel and on-site work in Black Mountain, North Carolina.

Designs and oversees electrical systems for semiconductor manufacturing facilities. Responsibilities include field inspections, evaluating system safety and reliability, leading electrical design and construction drawing development, ensuring constructability in operating manufacturing environments, and coordinating with facilities and manufacturing stakeholders. The role also manages projects while balancing safety, quality, schedule, and budget requirements.

Serve as the electrical engineering subject matter expert for mission-critical datacenter systems. Manage campus electrical infrastructure, coordinate commissioning and system validation, establish maintenance and safety procedures, and support 24x7x365 operations. Ensure electrical systems are highly redundant, compliant, secure, and reliable while collaborating with technical teams, executives, and commissioning personnel.

Designs and develops electrical components and subsystems for medical devices, including advanced circuit testing, prototyping, research, and complex design problem resolution. The engineer balances system design tradeoffs, collaborates with product development, production, and contract manufacturers, and manages multiple project streams. Responsibilities also include schematic and PCB layout, technical documentation, and potentially PLC input/output module design. The role may mentor other engineers and requires independent judgment in a fast-paced environment.

Owns electrical equipment reliability for Laser Powder Bed Fusion production systems. Troubleshoots power distribution, controls, sensors, instrumentation, drives, wiring, and safety interlocks; leads root-cause investigations and corrective actions; analyzes machine and part data; improves maintenance and work instructions; supports equipment launches, change control, fleet reliability, cost reduction, and cross-functional engineering and operations teams.

Develop electrical equipment takeoffs, estimates, budgets, and bid packages for nationwide construction projects. Review drawings, specifications, submittals, and equipment selections; compare manufacturer bids; coordinate purchasing, engineers, subcontractors, and general contractors; verify electrical performance and system compatibility; support RFIs and technical clarifications; monitor production and delivery schedules; maintain project documentation; and contribute to estimating process improvements.

Designs and develops electrical components and subsystems for medical devices, including circuit testing, prototyping, research, troubleshooting, and design optimization. The engineer collaborates with product development, production, and contract manufacturers while managing multiple project streams. Responsibilities also include reviewing datasheets, preparing technical documentation, addressing complex design issues, and potentially mentoring engineers and developing PLC input/output modules.

Design, analyze, test, and support power electronics products and systems for chiller applications. Responsibilities include developing electrical circuitry, interpreting specifications, creating compliance procedures, releasing manufacturing documentation, conducting feasibility and systems analyses, evaluating cost impacts, coordinating engineering work, and troubleshooting field and factory issues. The role collaborates with engineers, designers, and technicians and is performed onsite in New Freedom, Pennsylvania.

Leads electrical engineering and design for mining and industrial projects, including conceptual studies, load calculations, equipment sizing, specifications, bid analyses, vendor drawing reviews, and detailed design packages. Serves as electrical discipline lead, coordinates multidisciplinary teams, reviews quality and technical deliverables, develops cost estimates, supports clients, and ensures projects meet budget and schedule requirements. The role requires a PE license, engineering experience, technical leadership, and willingness to travel domestically and internationally.

Supports a medical device R&D team through engineering change orders, technical writing, quality management system documentation, form completion, and process compliance. The role is primarily paperwork-focused, requiring the engineer to explain and advocate for engineering changes while providing limited electrical engineering support. Responsibilities include following team procedures and using Microsoft Office, LTspice, PCB layout tools, and Altium.

Develops and executes automated and manual test cases for air and ground systems, validates functional requirements, troubleshoots system discrepancies, and evaluates network behavior using diagnostic tools. The role presents test results to leadership, supports lab operations, improves testing processes, and coordinates work across multiple projects. It requires active Secret clearance, eligibility for Top Secret and SAP clearances, extensive test program experience, and familiarity with systems engineering, software development, network diagnostics, and test automation.

Design, prototype, integrate, and debug custom electronics for an autonomous circuit-board fabrication platform. Responsibilities include circuit-board design, sensing and actuation systems, precision measurement, test fixtures, machine integration, low-level firmware, root-cause analysis, and end-to-end subsystem ownership. The role requires hands-on benchtop debugging, shipped hardware experience, cross-disciplinary mechanical intuition, and full-time on-site work in San Francisco within an intense founding environment.

Own electrical engineering for heavy-duty machinery, including system design, schematics, wiring, harnesses, installation, integration, testing, debugging, and fault resolution. Collaborate with mechanical, software, manufacturing, hardware, and technician teams to improve machine designs and transition prototypes into repeatable production. The role is hands-on and primarily onsite, involving shop-floor work and electrical subsystem rework.

Own the electrical architecture and delivery of multi-unit power plants, including generation, medium-voltage distribution, protection, utility interconnection, equipment procurement, power system studies, hazardous-area design, and commissioning. Lead generator synchronization, load sharing, stability, and protection design for grid-tied and islanded systems. Coordinate vendors and third-party engineering while taking equipment from concept through installation, energization, and first grid synchronization.