Top Electrical Engineering Jobs

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.

Electrical Engineering Interns participate in a 10-week program supporting electrical design, component selection, schematics, documentation, testing, troubleshooting, and engineering data analysis. They collaborate with electrical, mechanical, systems, software, and manufacturing teams while completing project deliverables and learning from experienced engineers. The role is based in San Diego, Houston, Long Beach, or Pittsburgh and requires travel for program events.

Designs, analyzes, tests, and documents high-reliability analog and digital electronics for inertial navigation systems. Responsibilities include circuit architecture, component selection, signal integrity and EMI analysis, worst-case and reliability assessments, trade studies, design verification, peer reviews, integration, qualification, and production support. The role also conducts technical investigations, prepares engineering documentation, and supports aerospace and defense hardware development.

Designs and analyzes electrical systems for energy and infrastructure projects, including power distribution, renewable energy, storage, controls, lighting, and utility interconnections. Prepares calculations, drawings, specifications, and engineering documents; performs field assessments and site visits; supports permitting, procurement, multidisciplinary coordination, and construction responses. The role develops code-compliant, constructible designs under general supervision and contributes to reliable, efficient systems for hospital and college campuses.

Leads complex electrical engineering design for venue-sector projects from concept through completion. Oversees drawings, specifications, calculations, coordination, quality reviews, code compliance, and construction challenges. Provides technical leadership, mentors engineers and designers, communicates with clients, supports business development, and may serve as Engineer of Record. Projects include airports, convention centers, theaters, sports arenas, stadiums, and training facilities.

Reviews and releases electrical schematics, prints, drawings, and EBOMs while ensuring NEC and internal standards compliance. Supports production during build and testing, resolves design issues, coordinates technical handoffs, evaluates long-lead electrical materials, and manages multiple active projects. The role requires strong electrical theory, detailed documentation review, cross-functional collaboration, and proficiency with tools such as Bluebeam, Epicor, and Microsoft Office.

Supports engineered-to-order busbar assemblies through electrical design documentation, BOM creation and control, ERP and PLM administration, drawing reviews, ECO and deviation tracking, and production support. Coordinates between Engineering, Planning, manufacturing, and external stakeholders to ensure projects are complete and ready for production. Contributes to product standardization, design reviews, documentation accuracy, and solutions that improve production efficiency and quality.

Designs, develops, tests, and troubleshoots electrical systems, components, and products. Responsibilities include creating schematics and wiring diagrams, performing circuit analysis, conducting testing, documenting specifications, selecting components and suppliers, and ensuring compliance with safety standards. The engineer collaborates with mechanical, software, and manufacturing teams throughout product development from concept through production.

Designs, prototypes, integrates, and tests circuit card assemblies and electronic assemblies for weapon systems. Responsibilities include schematic capture, PCB layout, bill-of-materials generation, electrical interface definition, subsystem requirements management, avionics test planning, hardware troubleshooting, and technical design reviews. The role collaborates with firmware teams, suppliers, and customers and requires on-site work in Warner Robins, Georgia, with Secret clearance eligibility.

Leads the design, prototyping, integration, testing, and demonstration of circuit card assemblies and electronic assemblies for weapon systems. Performs schematic capture, PCB layout, BOM generation, component selection, and electrical interface definition. Maintains system requirements, develops avionics hardware test plans, conducts design reviews, and leads multidisciplinary teams coordinating with suppliers and customers. The role is fully onsite in Warner Robins, Georgia.

Provides technical leadership for electrical design and machine safety of automated manufacturing equipment. Leads risk assessments, safeguarding systems, equipment qualification, commissioning, troubleshooting, field labeling, European conformity, and Lockout/Tagout procedures. Designs control systems, panels, power distribution, and automation networks while coordinating with suppliers, inspection bodies, and cross-functional teams. The role is on-site in Newark, California, with up to 25% travel to global manufacturing locations.

The Electrical Quality Specialist analyzes defects and resolves customer complaints related to Power Distribution Units and other electrical equipment while ensuring adherence to safety standards.

Electrical Engineering Intern supporting building-system design projects, including lighting, power distribution, fire alarms, HVAC power supply, and electrical components. The intern interprets architectural plans, researches power systems, uses engineering design software, assists with specifications, applies safety standards and building codes, and collaborates with multidisciplinary teams under mentorship.

Electrical Engineering Interns apply classroom knowledge to building systems design, including lighting, power distribution, fire alarms, HVAC power supply, and other electrical components. They interpret architectural plans, research power systems, use engineering design software, support specifications, follow electrical codes and safety standards, and collaborate with other engineering disciplines under mentorship.

Designs and analyzes electrical systems for energy and infrastructure projects, including power distribution, renewable energy, storage, controls, lighting, and utility interconnections. Prepares calculations, drawings, specifications, and engineering documents; performs field assessments and site visits; supports permitting, procurement, multidisciplinary coordination, and construction response. The role works under general supervision, contributes to constructible and code-compliant designs, and may sign and seal documents as applicable.

Designs and analyzes electrical systems for energy infrastructure projects, including solar, battery storage, fuel cell, and combined heat and power plants. Prepares calculations, drawings, specifications, and coordination studies; conducts site assessments; supports permitting, procurement, multidisciplinary coordination, and field conditions. Requires a PE license, five or more years of design experience, and proficiency with electrical design software. Travel to job sites comprises 10–25% of the role.

Designs and analyzes electrical systems for energy and infrastructure projects, including power distribution, renewable energy, storage, controls, lighting, and utility interconnections. Prepares calculations, drawings, specifications, and engineering documentation; performs arc-flash, short-circuit, and breaker coordination studies; conducts site assessments; supports permitting, procurement, multidisciplinary coordination, and field issue resolution. Requires a Professional Engineer license and collaborates on constructible, code-compliant designs for hospital and college campuses.

Designs, develops, debugs, and validates precision electronics for laser-based trace gas analyzers. Leads analog, mixed-signal, photodetector, laser-driver, ADC/DAC, communications, and PCB development from architecture through production. Responsibilities include circuit simulation, prototyping, laboratory validation, component selection, cross-functional collaboration, product improvement, and mentoring engineers. The role also evaluates emerging optical and signal-processing technologies while ensuring reliable, production-ready designs.

Leads board-level analog and mixed-signal circuit design for high-performance signal chains, including high-speed ADC/DAC systems, precision high-voltage circuits, amplification, filtering, feedback, and calibration. Develops behavioral and SPICE models, performs laboratory validation and debugging, resolves signal integrity and EMI/EMC issues, and supports product integration through volume production. Collaborates with cross-functional engineering teams, performs root cause analysis, documents designs and tests, and mentors junior engineers.

Designs and develops medium-voltage electrical technologies and products for industrial load banks and power systems. Responsibilities include creating electrical designs, schematics, specifications, bills of materials, DFMEAs, validation plans, test reports, and technical documentation. The role leads system integration and ensures compliance with CE, UL, CSA, ANSI, and IEEE standards while collaborating with customers, suppliers, and cross-functional teams. It also drives product and process improvements within new product development.

Supports systems engineering, technical analysis, fleet support, configuration management, troubleshooting, and lifecycle sustainment for airborne electronic warfare and avionics systems. Performs RF analysis, testing, validation, engineering investigations, change proposal reviews, obsolescence management, and technical documentation. Collaborates with multidisciplinary engineering teams and provides technical leadership and mentorship to junior engineers.

Designs, tests, installs, and improves large-scale electrical systems and machinery for manufacturing, power generation, and transmission. Collaborates with vendors, contractors, engineering, maintenance, and planning teams; uses CAD and engineering software; evaluates equipment proposals; leads testing and validation projects; supports production efficiency, safety, reliability, and long-term equipment planning.

Provides electrical engineering support in a manufacturing environment, executing continuous improvement projects, troubleshooting recurring equipment issues, improving safety, quality, productivity, reliability, and waste reduction. Works with industrial automation, robots, PLCs, HMIs, SCADA systems, electrical drives, motors, and complex processing lines. Supports production, programs and configures control systems, and collaborates with experienced engineers on increasingly complex projects.

Designs, tests, and releases custom electrical control hardware and PCBs for data center cooling infrastructure. Responsibilities include circuit and communication hardware design, PCB layout, product bring-up, testing, board revisions, production release, and cross-functional collaboration. The role solves complex problems, supports design reviews and cost reductions, and delivers quality products while managing multiple projects and meeting deadlines.

Leads electrical design and new product development projects, including hardware, firmware, PCB layouts, prototyping, testing, validation, component selection, and production transition. Collaborates with sourcing, manufacturing, and engineering teams; develops specifications, benchmarks competitor products, addresses component obsolescence, and supports regulatory and quality requirements. The role also presents technical developments and may require 5–10% travel for supplier visits, project meetings, and production assessments.