Top Electrical Engineering Jobs

Designs, specifies, and sustains electrical infrastructure for semiconductor manufacturing facilities, including switchgear, distribution, UPS, generators, and power quality systems. Responsibilities include capacity planning, scenario analysis, project design and estimating, construction and commissioning support, compliance, risk analysis, root-cause investigations, and operational support. The role also coordinates consultants, maintains documentation, and explores AI-enabled engineering workflows.

Test, troubleshoot, and disposition classified and unclassified electronics deliverables. Develop and improve test plans and work instructions, perform root cause corrective action and quality investigations, improve test-process efficiency, troubleshoot component-level circuit card assemblies, and collaborate across disciplines. The role also supports training, mentorship, safety compliance, equipment utilization, and bottleneck reduction. Work is fully onsite on a Friday-through-Sunday fourth shift and requires eligibility for a Secret clearance.

Leads the design, analysis, testing, and integration of spacecraft electrical power systems, including solar arrays, batteries, power distribution, converters, protection, and power budgets. Owns architecture trades, modeling, design reviews, radiation and reliability analyses, validation campaigns, EGSE, and environmental testing. Collaborates across engineering teams, develops technical documentation, mentors engineers, and ensures high-reliability power systems meet mission requirements.

Design and validate high-speed digital PCBs and electronic systems: perform signal integrity analysis, simulation, layout, routing, and verification across product lifecycle. Support system architecture, board bring-up, debug, validation, and factory builds. Work onsite in Huntsville and obtain U.S. Secret clearance; occasional domestic travel (~10%).

Develops and refines electrical interface designs and requirements for MK 41 shipboard vertical launching systems. Creates and reviews engineering models, CAD drawings, technical data packages, specifications, interface documents, analyses, and integration documentation. Updates designs to address electronic component obsolescence, performs documentation quality assurance assessments, identifies errors, and recommends product improvements. Collaborates independently and cross-functionally with launcher interface stakeholders.

Supports electrical engineering trade studies, hardware integration, laboratory testing, troubleshooting, circuit debugging, production sustainment, and design documentation. Creates and reviews bills of materials, test procedures, drawings, specifications, and reports while collaborating with suppliers and multidisciplinary teams. The role focuses on electronic warfare products and requires a bachelor’s degree in electrical or computer engineering, with the ability to obtain a Secret clearance.

Designs and analyzes complex analog, mixed-signal, and digital printed circuit board assemblies for advanced defense electronics. Responsibilities include schematic capture, trade studies, technology upgrades, simulation, laboratory testing, troubleshooting, design documentation, verification procedures, and mentoring junior engineers. The role also supports power supply design, embedded systems for harsh environments, and compliant product development within an Agile engineering team.

Leads electrical engineering support for U.S. Air Force Sentinel ICBM warhead development and integration. Coordinates multidisciplinary engineering teams, identifies and mitigates safety, surety, cybersecurity, reliability, program, and technical risks, and briefs senior government leadership. Drives technical synchronization meetings, manages cross-functional action items, and mentors engineering personnel. Requires extensive engineering experience, an existing DoD Secret clearance, U.S. citizenship, and eligibility for TS/SCI and SAP access.

Designs, develops, tests, and evaluates electrical components and communication systems for C4I applications supporting U.S. Navy and Coast Guard programs. Collaborates on installation drawings, develops bills of materials, and identifies replacements for obsolete materials. The role requires an electrical engineering degree, communications theory knowledge, strong communication skills, and the ability to work independently or collaboratively.

Designs AC/DC protection and control systems for substations and power stations. Responsibilities include developing schematics, wiring diagrams, relay panels, enclosure layouts, and complete design packages from customer specifications. The role supports fabrication, testing, troubleshooting, field issue resolution, customer technical needs, drawing reviews, revision control, and continuous improvement. Candidates need approximately seven years of professional design experience or a Professional Engineer license, plus expertise in protective relaying and complex electrical design.

Leads electrical and physical failure analysis for hyperscale AI computing platforms, diagnosing failures from system level through silicon. Directs root cause investigations, reliability testing, corrective actions, and continuous improvement. Partners with design, manufacturing, supplier quality, reliability teams, and customers to resolve product and field issues. The role also manages technical reviews and communicates reliability findings and recommendations.

Designs, tests, characterizes, debugs, and tunes low-power mixed-signal circuits and systems for wearable hardware. Responsibilities include schematic and PCB development, component selection, prototyping, board bring-up, electrical experimentation, data analysis, design verification, validation, and production support. Collaborates with cross-functional engineering teams, suppliers, and contract manufacturers to resolve technical issues and optimize performance, power consumption, signal integrity, reliability, and manufacturability. Travel up to 15% is required.

Leads the design and development of high-power electrical systems for aerospace launch and processing facilities. Responsibilities include requirements, analyses, equipment selection, construction drawings, technical specifications, subcontractor oversight, installation, troubleshooting, startup, and commissioning across systems from 22.5 kV to 120 V. The role also provides technical direction, resolves integration and reliability challenges, and collaborates with engineering, construction, operations, and management teams.

Electrical Engineer responsible for defining project scopes, developing test programs, evaluating products against UL requirements, coordinating laboratory activities, resolving compliance issues, developing test methods, and communicating project status and results to clients. The role requires a bachelor's degree in electrical engineering, Microsoft Office proficiency, and strong communication skills. Power and energy systems knowledge and customer-facing experience are preferred. Hybrid work requires three onsite days weekly in RTP, North Carolina, with possible client-site travel.

Lead design, development, modification, and evaluation of complex electrical and avionic systems (CD&H, power, control, EWIS). Perform tests and simulations, validate performance, document results, troubleshoot, and provide advanced technical support. Mentor junior engineers, act as technical lead on specialized projects, participate in system integration, V&V, requirements management, and trade studies to guide subsystem architecture decisions.

Develops and resolves moderately complex technical issues for U.S. Navy communications systems and networks, including software-defined transceivers and amplification devices. Creates and analyzes engineering documentation and supports equipment deployed aboard Navy ships. Requires collaboration with teams or independent work, strong communication skills, and knowledge of communications theory and digital networks. AutoCAD and Inventor experience are required; military or shipboard electronics experience is preferred.

Performs electrical and semiconductor failure analysis to identify yield detractors, determine root causes, and recommend corrective actions. Develops yield monitoring methods, automated analytics, dashboards, anomaly detection models, and AI-enabled workflows. Partners with cross-functional engineering and manufacturing teams on yield improvement, product qualification, technology transfers, and technical reviews. Operates laboratory equipment, documents findings, supports process improvements, and trains engineers and technicians.

Design, develop, lab- and flight-test communications and datalink capabilities for the F-15. Translate customer requests into system requirements, coordinate hardware-software integration, support flight tests and production integration, and communicate across multi-discipline teams in an agile environment.

Leads the development, analysis, architecture, design, testing, and validation of complex electrical and electronic systems. Coordinates requirements, hardware and software interfaces, supplier performance, system integration, fielded-product support, and technology investment recommendations. The role is fully onsite, requires U.S. citizenship and the ability to obtain a Secret clearance, and includes up to 10% travel.

Designs, develops, tests, debugs, and supports advanced electrical hardware for defense and precision-strike systems. Responsibilities include digital, analog, and mixed-signal circuit development; laboratory testing with electronic instrumentation; hardware debugging; manufacturing and test methodology support; and collaboration across engineering disciplines. The role also provides technical leadership while delivering reliable hardware capable of operating in harsh environments.

Designs, develops, tests, simulates, and verifies analog and digital circuits for precision accelerometer systems used in aerospace navigation and guidance. Responsibilities include executing hardware development tasks, analyzing data, defining test procedures, presenting design reviews, supporting product development schedules and budgets, and assisting with factory root-cause and corrective-action activities. The role collaborates with systems, mechanical, manufacturing, and senior engineering teams throughout the product lifecycle.

Lead maintenance and reliability engineering for site electrical and utility systems (CHP, generators, medium/low-voltage distribution, UPS). Provide design and technical oversight for projects, perform electrical studies (coordination, voltage drop, arc flash), review construction documents, support preventive maintenance and RCFA, ensure cGMP/OSHA compliance, mentor staff, and collaborate with contractors and operations to improve reliability and performance.

Ensures battery electrical component designs are manufacturable and meet cost, quality, and timing targets. Approves product designs through ECR, develops manufacturing requirements, supports design and supplier quality engineers, and leads cross-functional workgroups. Develops battery bills of design and process, supports adhesive and component interface engineering, and applies GD&T, virtual analysis, FMEA, error-proofing, root-cause analysis, ergonomics, and cost-estimation methods. Requires 10% domestic travel and hybrid office attendance.

Lead the complete development lifecycle of aircraft electrical systems for an autonomous aircraft, including requirements, architecture, design, component selection, integration, verification, ground and flight testing, and production support. The role covers power distribution, conversion, protection, wiring, grounding, interfaces, load analysis, troubleshooting, supplier coordination, technical reviews, engineering changes, and mentoring.

Lead the architecture, roadmap, and delivery of electrical test equipment for X-BAT aircraft systems. Define reusable hardware, software, safety, calibration, and documentation standards; manage complex test programs from requirements through deployment; improve reliability and diagnosability; support design-for-testability; lead root-cause investigations and corrective actions; manage vendors and build-versus-buy decisions; and mentor engineers across the organization.