Top Electrical Engineering Jobs

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.

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.

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.

Own end-to-end development of complex, high-reliability electronics for space and airborne systems, including architecture, schematic design, PCB layout, analysis, testing, production release, and deployment. Lead hardware engineering teams, develop requirements and verification plans, perform laboratory bring-up, present design reviews, provide cross-functional expertise, and mentor engineers. Designs may involve high-speed digital, power, and RF electronics.

Designs and develops spacecraft PCB-level electronics from requirements through production. Responsibilities include board design, PCB layout, subsystem definition, integration, troubleshooting, trade studies, and hardware validation using laboratory instruments. The engineer collaborates across electrical, software, FPGA, thermal, and mechanical teams throughout the spacecraft lifecycle. Preferred experience includes power and signal integrity analysis, LTSpice simulation, analog, digital, RF, or power electronics, microcontroller or FPGA systems, programming, and EMI/EMC mitigation.

Serves as the technical authority for electrical engineering across complex aerospace and space products. Leads electrical architectures, circuit and PCB design methodologies, power distribution, analysis, integration, qualification, and verification. Establishes engineering standards, interface requirements, technology roadmaps, and configuration processes while resolving complex technical issues. Collaborates with multidisciplinary teams, advises leadership, improves reliability and manufacturability, and mentors electrical engineers. Requires extensive board-level electronics experience, laboratory hardware bring-up, Altium proficiency, and expertise in analog, digital, power, signal integrity, and EMI/EMC engineering.

The Senior Engineer will provide technical guidance for facilities and manufacturing teams, standardize engineering guidelines, analyze systems for improvements, and support large-scale infrastructure projects, ensuring operational excellence.

Lead end-to-end design, build, and delivery of electrical ground support equipment (EGSE) racks and enclosures. Own harness design to MIL‑spec, rack power/data architecture, signal integrity, EMI mitigation, and HIL test system architecture. Provide hands‑on test support, standardize components and processes, mentor engineers and technicians, and maintain thorough design and process documentation to enable scalable, repeatable builds.

Develop and design harness assemblies and routing for spacecraft, create electrical diagrams, and support production quality assurance.

The Staff FPGA Developer will design reconfigurable logic architectures, lead FPGA-based image processing development, establish standards, and coach engineers across teams for spacecraft detection and tracking solutions.

Designs and maintains electrical drawings for ground-system hardware and facility interfaces within an Agile engineering environment. Performs electrical analyses to industry and military standards, evaluates hardware designs, plans tasks, and produces technical drawings, specifications, and test reports. Participates in team meetings, demonstrations, dashboards, and documentation activities. Requires active Secret clearance, full-time in-office work, CAD experience, electrical or power-system design expertise, PLM/MRP systems experience, and up to 10% travel.

Own power electronics, power distribution, battery, and PCBA development for Apollo humanoid robots from concept through production. Design, simulate, prototype, validate, and debug mixed-signal PCBAs; develop battery modules and charging systems; create test fixtures and documentation; manage component lifecycles, vendors, contract manufacturers, and DFM/DFA activities. Collaborate across engineering and manufacturing teams, perform root-cause analysis, and mentor junior engineers. Travel up to 10%.

The role involves designing innovative electrical hardware solutions, managing product development, and supporting electronics equipment while ensuring quality and reliability. Requires collaboration within a dynamic engineering team and strong problem-solving skills.

Support manufacturing teams to develop and scale electrical manufacturing processes, troubleshoot and prototype electrical test fixtures, improve PLM/ERP/MES, and resolve electrical/system issues on the production floor.

Seeking a Senior Electrical Engineer to design audio and display systems for the Apollo robot, ensuring compliance with safety standards and leading the electrical team.

Design, prototype, test, and debug electrical circuits and firmware for EV battery test systems. Lead a small engineering team, improve processes, document wiring harnesses, and support production and troubleshooting activities to deliver projects to specification and schedule.

Design and prototype consumer electronic devices, including microcontroller- and sensor-based products. Responsibilities include schematic capture, PCB layout, bring-up, characterization, production test coverage, reliability testing, and defining qualification fixtures and equipment. Collaborate with mechanical engineering, embedded software, industrial design, manufacturing, and product teams to bring products into mass production.

Conduct independent forensic electrical investigations involving system failures, fires, equipment malfunctions, power surges, lightning, and loss causation. Perform site inspections, analyze evidence and electrical systems, evaluate code compliance, prepare defensible technical reports, and communicate findings to clients, attorneys, insurers, and contractors. Provide litigation support, depositions, mediation, arbitration, and expert testimony as needed. Work independently on project-based assignments while maintaining professional licensure and meeting deadlines.

Conduct forensic investigations of electrical failures, fires, equipment malfunctions, power surges, lightning damage, and related incidents. Perform site inspections, collect field data, analyze systems and components, assess code compliance, and prepare defensible technical reports. Provide client and litigation support, including depositions, mediation, arbitration, and expert testimony. Work independently on project-based assignments while managing deadlines and maintaining knowledge of electrical standards and forensic methodologies.

Performs electrical code enforcement reviews, construction inspections, design reviews, compliance testing, equipment evaluations, and small systems designs for government and mission-critical facilities. Interprets federal codes and standards, reviews submittals and reports, supports quality assurance audits, documents violations, and advises clients, contractors, architects, and engineers. Specializes in generators, UPS systems, emergency and mission-critical power distribution, EV infrastructure, and electrical equipment. The hybrid role includes office, remote, and client-site work with up to 10% travel.

Designs, documents, installs, commissions, and improves electrical and electronic systems for industrial optical coating equipment. Responsibilities include creating schematics, assemblies, bills of materials, and CAD files; selecting components; troubleshooting electrical and electromechanical issues; conducting tests; analyzing equipment data; and supporting production uptime. The engineer collaborates with Operations, Maintenance, and Engineering teams, leads corrective design changes, and provides installation and operational support at domestic and international facilities.

Leads electrical system design for MEP, architectural, and civil infrastructure projects, including power distribution, lighting, low-voltage systems, load calculations, equipment sizing, and power analysis. Coordinates multidisciplinary deliverables, prepares design drawings and calculations, responds to RFIs, works with contractors and owners, performs QA/QC, conducts site visits, supports project pursuits, and mentors junior engineers.