Top Electrical Engineering Jobs

As an Electrical Engineer I, you will work on applied electronics and electrical engineering, contributing to various aerospace projects while ensuring safety during test operations.

The RF Test Engineer is responsible for testing and optimizing wireless technologies, ensuring compliance, and collaborating with teams to solve RF challenges.

Own end-to-end development of complex digital and mixed-signal electronics for space and airborne systems, including architecture, requirements, schematic design, PCB layout, analysis, testing, production release, and deployment. Lead small hardware engineering teams, conduct signal and power integrity analysis, perform hardware bring-up and verification, present design reviews, collaborate with manufacturing and adjacent engineering disciplines, and mentor engineers.

Own end-to-end development of complex digital and mixed-signal electronics for space and airborne systems, including architecture, requirements, schematic design, PCB layout, analysis, bring-up, verification, and production release. Lead small hardware engineering teams, conduct design reviews, debug hardware, mentor engineers, and collaborate with software, mechanical, manufacturing, and test teams. Designs support satellite SDRs, onboard computers, and control and telemetry subsystems.

Own the full lifecycle of board-level digital and mixed-signal electronics for advanced RF communication systems. Responsibilities include architecture, trade studies, component selection, detailed design, PCB layout, simulation, production delivery, hardware bring-up, verification, debugging, root-cause analysis, and design reviews. The engineer will mentor junior staff, lead technical decisions, and collaborate with software and mechanical teams on aerospace and airborne electronics.

Own end-to-end development of complex digital and mixed-signal electronics for space and airborne systems, including architecture, schematics, PCB layout, analysis, testing, production release, and deployment. Lead hardware teams, conduct design reviews, troubleshoot systems, create verification plans, and mentor engineers. The role requires expertise in high-speed electronics, signal and power integrity, Altium, FPGA-based boards, and extensive laboratory bring-up and validation experience.

Own end-to-end development of complex digital and mixed-signal electronics modules for space and airborne systems. Responsibilities include architecture, schematic design, PCB layout, circuit and integrity analysis, hardware bring-up, verification, production release, and customer design reviews. The engineer will develop FPGA- and processor-based electronics, support RF systems, mentor junior engineers, and collaborate with software, mechanical, manufacturing, and test teams.

Provide electrical engineering and systems engineering support across the system lifecycle for C3BM programs at Hill AFB. Duties include requirements translation, system design reviews, test & evaluation planning and execution, analysis of vendor submissions and engineering change proposals, lifecycle cost evaluations, development of specs and architecture products, support for FMS, and integration of OSS&E and DoD acquisition processes.

Design and own LFP battery packs and BMS from cell selection through mechanical, thermal, and safety design. Implement cell monitoring, balancing, protection, and state estimation; integrate with power electronics and firmware. Lead build, test, and abuse testing, and qualify vendors and cells to applicable battery standards.

Lead end-to-end PCB design: define electrical specs, create schematics, select components, and oversee layout, bring-up, qualification, and production release. Perform extensive lab bring-up and automated benchtop debugging, develop test scripts, and collaborate with manufacturing, ASIC, signal integrity, power, embedded, mechanical, and supply chain teams.

Responsible for managing requirements flow-down in avionics systems, coordinating between engineering and program management, driving schedules, and identifying technical risks.

Manage and model electrical interface requirements for a U.S. Navy weapon system; process and track changes to electrical interfaces (power, telemetry, software, EMI, cabling); ensure compatibility between weapon system, ship, and facilities; and collaborate with government and contractor stakeholders to resolve technical issues.

Design, modify, and troubleshoot electrical assemblies, schematics, and control systems for semiconductor equipment. Perform engineering analysis and testing, generate documentation and test reports, coordinate procurement and assembly of components, and resolve technical issues to support product releases and system integration.

Lead Electrical Engineer will oversee projects from concept to completion, ensuring compliance with specifications and standards while providing technical support and mentoring engineers.

The Electrical Engineer will design, develop, and validate electronic products for automotive OEMs, focusing on consumer connectivity, circuit building, and compliance with specifications.

Design, analyze, test, and integrate PCB and electronic subsystems for airborne and spaceborne sensing platforms. Own schematics, layout, component selection (Altium), run circuit simulation (Cadence PSpice), perform bring-up/debug, conduct validation and acceptance testing, ensure IPC-compliant manufacturability and reliability, and collaborate with cross-functional teams for subsystem integration.

Lead electrical design for power, lighting, fire alarm, and special systems across K-12, higher education, healthcare, institutional, and commercial projects. Perform load sizing, QA/QC, mentor junior engineers, coordinate with multidisciplinary teams, and deliver code-compliant, client-focused designs in a hybrid New York City role.

The Graduate Electrical Engineer will support electrical design projects, manage client communication, and collaborate in a multidisciplinary team. Responsibilities include drafting electrical diagrams, conducting site visits, and ensuring compliance with design specifications.

Develop and maintain 3D BIM models for electrical panels, conduits, cable trays, and instruments. Create component family files, review system specifications, perform clash detection, coordinate resolutions, manage model data, collaborate with design and production teams, ensure BIM standards compliance, and support quantity takeoffs and shop drawings. The role requires interpreting electrical drawings, applying electrical and control-system fundamentals, and coordinating with customers, subcontractors, and internal stakeholders.

Provide controls and technical support for manufacturing production, troubleshoot downtime, update and improve control systems (PLC, robotics, motion control), maintain electrical/hydraulic/pneumatic documentation, coordinate machine modifications, and implement shop-floor data collection systems.

Design, develop, integrate, and test electrical and electro-mechanical modules; manage requirements with traceability; perform feasibility, validation, and verification; coordinate integration, suppliers and stakeholders; plan work, manage risks, and support product introductions and customer escalations.

Support design, development, implementation, and maintenance of electrical and control systems for manufacturing. Assist with PLC and HMI programming, troubleshooting, documentation, validation, installation, commissioning, and continuous improvement to improve OEE and automation effectiveness.

Design analog, digital, and mixed-signal circuits and PCBs from requirements through prototype to production. Perform simulations (SPICE), component selection, BOM management, prototype bring-up and debugging, collaborate with firmware/mechanical teams, and support DFM, EMC/EMI, and regulatory readiness.

Design and deliver electrical engineering projects within architectural engineering practice. Work independently on smaller projects and with mentors on complex work, coordinating across disciplines from concept through construction while managing time, technical documentation, and client communication.

Support manufacturing, engineering, and maintenance to optimize process controls and equipment reliability. Troubleshoot control systems, assist with maintenance planning and emergency repairs, develop preventative maintenance and training, and participate in safety and outage planning.