Top Electrical Engineering Jobs

Supports electrical engineering scope across biopharmaceutical equipment projects from concept through completion. Collaborates with project engineering, manufacturing, and field teams; assists with equipment power-system design, startup, troubleshooting, commissioning, and customer support. The role offers hands-on ownership of systems used to mix and formulate liquid medicines and therapies.

Designs and develops electrical systems, schematics, panel layouts, assemblies, and drawings for environmental test chambers. The role modifies standard chamber designs, processes engineering change notices, performs basic electrical calculations, follows ISO and internal engineering standards, and creates cost-effective, manufacturable solutions. Works under supervision while collaborating with engineers, technicians, project managers, vendors, and production personnel.

Lead high-voltage substation design for utility, municipal, and industrial power delivery projects from 69kV to 500kV. Develop layouts, grounding, protection, control, AC/DC systems, calculations, specifications, and construction documents. Coordinate with multidisciplinary engineering teams, review technical deliverables, support project estimating and scheduling, mentor junior staff, and provide construction and field support through submittal reviews, RFIs, site visits, and field observations.

Design electrical systems for airport, commercial, governmental, industrial, and other facilities. Responsibilities include power distribution, lighting and controls, grounding, medium-voltage systems, generators, emergency transfer switches, renewable energy, fire alarms, communications, multimedia, access controls, CCTV, and other low-voltage systems. The role includes preparing construction drawings and specifications, reviewing submittals, supporting construction administration, observing field conditions, coordinating with contractors, leading tasks, and periodically traveling out of state.

Supports electrical design, planning, and construction activities for government-focused projects under licensed engineers and project managers. Prepares electrical drawings, specifications, calculations, and documentation; assists with power distribution, lighting, grounding, fire alarm, low-voltage, generator, and emergency power systems. Coordinates with multidisciplinary teams, supports construction administration, reviews submittals, and participates in field observations.

Performs RF and electrical engineering analysis for U.S. Navy weapon systems, including radar and sensor performance, RF propagation, link budgets, tactical data links, electromagnetic interference, firing policies, telemetry, and missile flight-test support. Reviews technical specifications, engineering change proposals, technical data packages, and interface control documents. The role is fully on-site in Arlington, Virginia, requires eligibility for a DoD Secret clearance, and involves limited travel under 10%.

Supports refinery operations, maintenance, reliability, projects, outage activities, troubleshooting, and technical solutions involving electrical, instrumentation, and control systems. Responsibilities include equipment design, power distribution, instrumentation analysis, ladder logic, emergency shutdown testing, root cause analysis, supplier data review, construction support, maintenance strategy development, and collaboration with process engineers and frontline teams.

Leads electrical Power and Signal Distribution Systems design release for specialty vehicles, covering wiring harnesses, connectors, brackets, packaging, interfaces, supplier coordination, requirements, drawings, BOMs, prototypes, testing, manufacturing integration, and vehicle build support. Provides technical direction, resolves issues, reviews designs, coordinates engineering documentation, and guides designers, engineers, technicians, and suppliers through advanced development to production.

Performs FEED, studies, detailed electrical design, system calculations, equipment specifications, load lists, cable sizing, one-line diagrams, layouts, vendor package reviews, procurement support, and design verification. Coordinates with engineering, design, procurement, vendors, fabrication, and construction teams while managing scope, cost, schedule, and technical issues. Provides FAT, site acceptance, pre-commissioning, commissioning, energization, and start-up support for oil and gas projects.

Lead architecture and delivery of next-generation compute for a humanoid robot: define requirements, design high-speed PCBs and SoM integrations, ensure functional safety, perform SI/PI and power analysis, benchmark performance and thermals, develop validation/DVT/PVT test plans, and mentor engineering teams through prototyping to production.

Design electrical systems and construction documents for diverse building projects, including power distribution, lighting, fire alarm, and low-voltage systems. Coordinate with project stakeholders, conduct site visits and construction observations, apply applicable codes, manage project schedules and budgets, support proposals and presentations, and mentor junior staff.

Lead multidisciplinary electrical projects focused on airfield lighting, power distribution, control systems, generators, NAVAIDS, security, and communications. Responsibilities include electrical design, construction administration, site inspections, proposal scoping, fee estimates, interviews, and business development. The role collaborates with multiple engineering disciplines and requires U.S. travel of up to 25% annually.

Lead electrical and multidisciplinary projects focused on airfield lighting, power distribution, controls, emergency generators, NAVAIDS, and related security and communications systems. Design electrical systems, perform construction administration and site inspections, support business development, prepare design scopes and fee estimates, and participate in proposals. Collaborate with civil, structural, mechanical, and architectural disciplines while supporting aviation and commercial or industrial facility projects.

Manage the lifecycle, cost, schedule, risks, maintenance, upgrades, certification, calibration, and mission readiness of Electrical Ground Support Equipment used to test space flight hardware. Coordinate with engineering, production, AI&T, security, Information Assurance, Supply Chain, and maintenance teams. Support procurement, technical decisions, equipment inspections, software and hardware updates, and secure movement of equipment from sensitive areas. The role is fully onsite and requires active Top Secret clearance with eligibility for Top Secret/SCI.

Design electrical systems for commercial, educational, healthcare, industrial, and public-sector buildings. Develop construction documents, calculations, specifications, and reports; design power distribution, lighting, fire alarm, and low-voltage systems; coordinate with architects, contractors, owners, and engineering teams; conduct site visits and construction observations; ensure code compliance; support proposals and client meetings; and mentor junior engineers and EITs.

Own end-to-end development of complex aerospace electronics, including architecture, schematic design, PCB layout, analysis, bring-up, verification, production release, and customer design reviews. Lead and mentor hardware engineering teams, develop requirements and verification plans, and provide expertise in high-speed digital, power, RF, signal integrity, power integrity, reliability, and space-environment design.

Leads the end-to-end development of reconfigurable processing units for spaceborne payloads, including architecture, electrical design, prototyping, integration, testing, environmental qualification, and flight readiness. Coordinates multidisciplinary engineering teams, owns technical definition and schedule execution, manages qualification campaigns, maintains box-level documentation, supports production transition, resolves anomalies, and communicates risks and design decisions to leadership and customers.

Designs, verifies, manufactures, tests, and supports spacecraft avionics and electrical systems through flight. Responsibilities include subsystem architecture, electrical interfaces, serial and Ethernet communications, EMI mitigation, make-or-buy analysis, hardware design, qualification, troubleshooting, technical leadership, and in-orbit support. The role collaborates with systems engineering and program management to deliver reliable satellite electronics and support rapid prototype, iteration, and flight-production cycles.

Own end-to-end development of complex digital and mixed-signal electronics for space and airborne systems, including architecture, requirements, schematic design, PCB layout, signal and power integrity analysis, bring-up, verification, and production release. Lead small hardware engineering teams, present design reviews, mentor engineers, debug designs, and collaborate with software, mechanical, manufacturing, and test teams. Work includes SDRs, SBCs, telemetry systems, high-speed digital electronics, and high-reliability aerospace hardware.

Designs and develops spacecraft PCB hardware from requirements through production. Responsibilities include board-level implementation, subsystem definition, integration, troubleshooting, trade studies, lab testing, and cross-functional collaboration across the spacecraft lifecycle. The role requires electronics design, PCB layout, instrumentation, block diagram development, and strong electrical engineering fundamentals, with preferred experience in circuit simulation, signal and power integrity, RF or power electronics, FPGA systems, programming, and EMI/EMC mitigation.

Own the full lifecycle of board-level and system-level electronics for advanced RF communication systems. Lead architecture, trade studies, component selection, detailed design, PCB layout, simulation, hardware bring-up, verification, debugging, qualification, production deployment, and design reviews. Apply expertise in digital and mixed-signal electronics, signal and power integrity, FPGA implementation, power converters, EMI/EMC, and RF systems. Lead small hardware engineering teams and contribute to program direction and business proposals.

Leads the end-to-end development of Ka-band AESA payload units, including architecture, electronics design, integration, environmental and flight qualification, production transition, and customer documentation. Coordinates multidisciplinary RF, digital, power, mechanical, thermal, software, and systems engineering teams while managing schedule, technical risks, requirements, verification, anomaly resolution, and customer communications.

Leads the architecture, design, integration, testing, environmental qualification, and flight readiness of Ka-band AESA payloads. Coordinates multidisciplinary RF, digital, power, mechanical, thermal, software, and systems engineering teams while owning technical execution and schedule accountability. Manages requirements, interfaces, verification, qualification campaigns, risk mitigation, anomaly resolution, production transition, and customer-facing communications for flight-qualified spaceborne communication products.

Leads the end-to-end development and flight qualification of reconfigurable processing units for spaceborne payloads. Responsibilities include architecture, multidisciplinary engineering coordination, hardware/software integration, environmental testing, requirements and verification documentation, schedule ownership, production transition, customer communication, risk mitigation, and anomaly resolution. The role requires strong electrical engineering expertise, systems engineering practices, leadership, and experience developing complex electronics hardware and software-defined radio systems.

Contribute to the full lifecycle design and implementation of board-level and system-level electronics for advanced RF communication systems. Responsibilities include circuit design, PCB layout, simulation, analysis, laboratory testing, hardware bring-up, design verification, and production deployment. The role works cross-functionally with software and mechanical engineering teams in a fast-paced aerospace environment.