Top Electrical Engineering Jobs

The Electrical Engineer designs and develops wiring harnesses, electrical schematics, and power systems for unmanned aircraft systems, focusing on RF integration and troubleshooting during tests.

The Electrical Engineer will support electrical and control system sustainment, developing Ladder Logic and integrating PLCs while ensuring knowledge transfer during succession planning.

Lead and mentor a team designing embedded control systems and wireless products from requirements through PCB layout, bring-up, and validation. Partner with firmware, mechanical, systems, manufacturing, and quality to ensure designs meet cost, reliability, and compliance (UL/CE/EMC). Drive supplier and contract manufacturer activities, process improvements, and cross-functional communication.

As an Electrical Engineer, EIT, you will design electrical systems for manufacturing facilities, ensure compliance with NEC, perform load flow analysis, and create effective lighting designs while collaborating with clients and other experts.

As an Electrical Engineer II, you will design and develop high-quality embedded electronics for video products, collaborate with cross-functional teams, and validate hardware performance.

Review and enforce electrical design standards and milestone QA/QC for BESS projects; manage RFIs, vendor submittals, and interface risks; produce decision-grade documentation; coordinate across Development, Pre-construction, Procurement, Construction, and EORs to maintain traceable baselines and constructability readiness.

Lead interconnection design and queue analysis for distributed energy resources. Produce AutoCAD electrical drawings, perform conduit and ampacity calculations, interpret utility studies, develop regression models for hosting capacity and queue trends, manage hundreds of concurrent DER projects, and coordinate with utilities (Con Edison) and stakeholders to optimize interconnection costs and timelines.

Design and develop PCBs and electronics for wearable smart optics, assemble and test fine-pitch hardware, integrate sensors, write firmware for hardware control, support board bring-up and failure analysis, and collaborate with mechanical and software engineers to move prototypes to field-ready systems.

Design, modify, and troubleshoot complex electrical assemblies, schematics, and layouts for semiconductor/display equipment. Lead or execute engineering projects, perform analysis and testing, generate specifications and reports, coordinate procurement and suppliers, resolve technical issues, and lead moderately complex teams while communicating with internal and external stakeholders.

Design, develop, test, and validate electrical/electronic systems and integrations. Create hardware, software, and interface specifications; prepare test assets and plans; troubleshoot fielded hardware/software; monitor supplier performance; and apply simulation/modeling to support requirements, verification, and system performance evaluation.

Lead the design and integration of electrical systems for aviation solutions, ensuring compliance with regulation and quality standards. Collaborate with teams throughout the product lifecycle to deliver cutting-edge solutions.

Responsible for resolving complex manufacturing issues, developing testing systems, and ensuring integration with production lines while liaising with various engineering teams.

The Staff Engineer will lead failure analysis on SSDs, manage RMA cases, produce reports, and collaborate with teams to resolve technical issues.

The Electrical Engineer III performs electrical engineering tasks for construction projects, ensuring compliance with standards while mentoring junior staff.

The Power Systems Electrical Engineer will analyze, design, and optimize power systems, ensuring compliance with industry standards and reliable operation.

As an Electrical Engineer, you'll design, prototype, and integrate electronics for robotic systems, ensuring reliability in space operations. You'll collaborate with teams on power systems, embedded firmware, and PCB design, contributing directly to missions in low-Earth orbit.

Support electrical design and integration across UAS platforms, manage power quality, assist with testing, and troubleshoot electrical interfaces.

Oversee the development of power electronics for planetary rovers, including design, testing, and integration of power systems such as solar conversion and battery management.

Lead the development and integration of mixed signal avionics hardware for rovers, overseeing PCBA design, testing, and collaboration with engineering teams.

The Staff Power Electrical Engineer designs and tests power avionics hardware for rovers, leading interdisciplinary reviews and ensuring reliability in dynamic environments.

Lead the development and testing of avionics hardware for rovers, collaborate on system architecture, perform PCB design and analysis, and oversee testing processes.

The Power Systems Lead Electrical Engineer will oversee and develop electrical power systems for Astrolab's rovers, focusing on power generation, storage, and distribution and will manage power budgets and subsystem architecture.

The Senior Electrical Engineer will design and prototype multi-layer PCBs, integrate sensor arrays, and optimize power systems for ground-based interceptor platforms.

The Lead Electrical Engineer will design and prototype PCBs, integrate sensor systems, manage power, and create robust electronics for ground-based interceptors.

The Senior Technical Electrical Engineer will manage photovoltaic projects, conduct detailed designs, oversee technical aspects, and mentor junior staff.