Top Electrical Engineering Jobs

Lead electrical engineering efforts to manage component obsolescence, source and qualify mil-spec parts, perform schematic capture and circuit simulation, maintain BOM/PLM records, and develop mitigation strategies for DMS issues. Work on-site supporting systems engineering, validation, and configuration control for defense programs.

Design electrical harness assemblies and produce Product Definition Packages (wiring diagrams, schematics, formboard drawings) for flight, ground, and lab test articles. Collaborate with IPTs and suppliers, support shipside troubleshooting and test integration, and apply harness fabrication, EMI, and interface protocol expertise for instrumentation subsystems.

Lead electrical design for facility and launch power systems including generation, conversion, distribution, protection, analysis, and integration. Coordinate with stakeholders, author technical deliverables, attend reviews, troubleshoot systems, and ensure schedule, cost, and technical milestones are met.

Lead architecture, design, and delivery of cable/harness and instrumentation solutions for lab integration and test. Convert system requirements into harness designs, create electrical drawings and interconnects, perform voltage drop/capacitance analyses, support manufacturing/procurement, and mentor engineers while ensuring compliance with industry standards.

Lead electrical subsystem design, integration, analysis, and verification for aircraft vehicles. Develop wiring and power generation/distribution architectures, select components, perform loads analysis, troubleshoot issues, plan and support system-level testing, and coordinate with suppliers for hardware development and qualification to meet airworthiness and program requirements.

Design, develop, test, and support integrated analog/digital circuitry and electronic control systems for ship and submarine launch control. Responsibilities include analog and digital circuit design, PCB/layout and EMI/EMC troubleshooting, firmware development, data acquisition and cable design, lab testing, lifecycle support, and resolving field technical issues. Work autonomously on DoD programs requiring US citizenship and ability to obtain Secret clearance.

Design, implement, and verify FPGA/ASIC systems for space applications: requirements analysis, architecture, VHDL coding, testbench creation, verification, synthesis, place-and-route, timing and power analysis, and system-level debug and documentation.

Design, fabricate, modify, test, inspect and evaluate electronic systems and circuitry. Analyze customer requirements, draft specifications and reports, recommend design modifications or repairs, perform signal processing and data acquisition tasks, and collaborate with stakeholders to complete mission-critical Navy projects. Work onsite and maintain security eligibility.

Design and develop schematics and PCBs, perform electrical simulations (SI, thermal, EMC), and build real-time embedded firmware in C++/Python for autonomous, military-grade turret systems. Integrate electromechanical components, lead testing and validation to meet rigorous standards, and optimize performance and power consumption.

Design and develop schematics and PCBs, perform electrical simulations and testing (signal integrity, thermal, EMC), develop real-time embedded software in C++/Python, integrate electromechanical systems, validate designs to military standards, and optimize performance and power for autonomous turret robotics systems.

Lead end-to-end electrical and embedded systems design for new products and sustaining engineering: schematic capture, high-density PCB layout, DSP/MCU/FPGA integration, EMI/EMC and power management, prototype iteration, field troubleshooting, and cross-functional Agile delivery.

Design, analyze, and execute electrical systems for buildings and mission-critical infrastructure. Develop power distribution, lighting, fire alarm, security, and communications designs; perform load, short-circuit, coordination, and arc-flash studies; prepare construction documents; support construction, commissioning, quality control, and stakeholder coordination throughout project lifecycle.

Entry-level electrical/electronic design engineer responsible for designing analog and high-speed digital circuits, creating schematics and PCB layout specs, using simulation and modeling to reduce risk, performing lab troubleshooting and board bring-up with instruments, collaborating across disciplines, and documenting designs and analyses.

Serve as technical authority for high-speed digital circuit design and SI/PI across product lifecycle. Lead PCB/PCBA architecture, layout strategy, analysis, verification, production transition, failure analysis, and cross-disciplinary troubleshooting. Mentor teams and interface with customers, vendors, and program leadership for aerospace and military-grade electronics.

Lead design and development of high-reliability power and analog PCBs for aerospace/defense across lifecycle: requirements, schematic and simulation, layout guidance, verification, qualification, production transition, failure analysis, and field support while coordinating cross-disciplinary teams.

Technical authority for power and analog electronics across aerospace/defense products. Lead architecture, schematic design, simulation, PCB layout strategy, EMI/EMC mitigation, thermal and derating analysis, verification, qualification, production transition, failure analysis, and field support. Mentor engineers and set technical direction across multiple programs.

Lead design and integration of high-reliability, high-speed digital PCBs for aerospace and military systems. Own requirements, schematics, layout guidance, SI/PI analyses, board bring-up, verification, production support, and cross-discipline coordination with FPGA, RF, power, mechanical, manufacturing, and test teams.

Design, develop, test, and document electrical hardware and firmware for new and existing products. Diagnose issues, perform root-cause analysis, develop test protocols, analyze data, support full product lifecycle, and collaborate across teams to implement solutions and customer deployments.

Technical leader driving electrical architecture and full lifecycle development of complex automotive LiDAR circuit boards and subsystems. Owns system- and board-level design decisions, mixed-signal, power, and high-speed interfaces; leads bring-up, validation, failure analysis, manufacturability, and cross-functional integration. Mentors engineers, supports suppliers and contract manufacturers, and defines test and reliability strategies for production and sustainment.

Maintain and update steady-state load-flow models for a control area, incorporate new facilities and forecasts, prepare contingency files, support modeling with MOD, provide data for compliance and regulatory submissions, develop generator voltage schedules, and respond to stakeholder data requests while collaborating across planning and operations.

Lead board-level design and product development for automotive LiDAR systems. Drive schematics, component selection, PCB architecture, integration, validation, test plan execution, root-cause analysis, DFM/DFT, and sustainment while collaborating across mechanical, firmware, optics, manufacturing, and quality teams.

Design, develop, install, test, and maintain electrical systems for mill equipment. Create drawings, procure components, oversee commissioning, implement preventive maintenance, train staff, and ensure safety and compliance.

Provide electrical engineering support for construction and utility projects at Knolls Atomic Power Laboratory: define scope, develop specifications and cost estimates, review drawings, oversee design firms, and support construction administration and contractor coordination.

Model and analyze facility/utility power systems (short-circuit, coordination, arc flash, shock), extract data from drawings/field, update drawings with drafters, produce engineering study reports, recommend remediation, and print safety labels per reports.

Lead electrical engineering design for projects including specifications, calculations, vendor drawing review, and site/vendor inspections. Manage multi-discipline projects, budgets, schedules and client relationships. Serve as Engineer in Responsible Charge (PE), ensure compliance with codes and HSSE standards, develop design packages, perform feasibility and risk assessments, and mentor staff.