Top Electrical Engineering Jobs

The Product Development Engineer will lead new product development in electromechanics, validate designs, ensure compliance with standards, and collaborate with various teams.

You will be the main electrical engineer for an industrial facility, responsible for power systems, machine control software, and collaborating with various teams.

The RF Electrical Engineer will design, develop, and test antennas and RF systems, manage technical projects, and work on integration and evaluation of products.

Design electrical functionality for critical power systems: component selection, schematics, testing, prototyping, BOMs, O&M manuals, change control, PLC/controls work, cross-functional support, and production troubleshooting.

Designs, develops, and validates automated electrical test systems for aerospace hardware and avionics using NI TestStand and LabVIEW. Responsibilities include creating test procedures, fixtures, and interface hardware; integrating test equipment; analyzing failures; supporting qualification, acceptance, environmental, and EMI/EMC testing; preparing technical documentation; and troubleshooting and maintaining test stations in collaboration with engineering, quality, and manufacturing teams.

Designs, develops, tests, and troubleshoots electrical components, electronic circuitry, and PCB layouts for new and existing products. Supports new product introduction, EMC compliance, manufacturing testing, root cause analysis, FMEA, vendor evaluation, and production issue resolution. Collaborates with manufacturing and cross-functional teams while ensuring quality, regulatory, reliability, and schedule requirements are met.

Designs, tests, troubleshoots, and supports electrical schematics, wiring diagrams, and control systems for HVAC equipment. Maintains engineering documentation, ensures compliance with UL and NEC standards, supports manufacturing and field service teams, and collaborates with mechanical, software, manufacturing, and quality groups. Contributes to product development, design reviews, continuous improvement, cost reduction, and technical problem-solving while providing guidance to entry-level engineers.

Leads architecture, design, validation, debugging, and production release of complex PCB-based test and measurement hardware. Designs high-speed, analog, mixed-signal, RF, and precision timing circuits; drives signal and power integrity, root-cause analysis, design reviews, and technical tradeoffs. Coordinates cross-functional engineering teams, mentors engineers, leads prototype builds, and develops technical plans to deliver reliable products.

Investigates field complaints involving cardiac rhythm management devices within post-market quality assurance. Analyzes returned products, reviews complaint findings, supports regulatory and legal inquiries, develops investigation methods, communicates quality issues, and collaborates with R&D, manufacturing, supplier quality, and other cross-functional teams. The role also leads project work, supports technical service requests, assists laboratory technicians, and mentors junior engineers.

Designs, integrates, analyzes, and tests electrical systems for DoD weapons, missiles, launchers, and maritime systems. Responsibilities include sensor integration, launcher equipment development, power and embedded controller work, electrical fabrication coordination, requirements management, system integration, and test and evaluation. The engineer also prepares schematics and technical documentation and supports engineering reviews and technical events.

Leads the design, programming, integration, troubleshooting, and reliability of automated manufacturing systems. Provides advanced support for PLC, HMI, SCADA, and DCS platforms; coordinates hardware and software integration; performs root cause analysis; improves maintenance and equipment reliability; supports preventive maintenance and operator training; and manages multiple capital projects from planning through commissioning. The role also maintains engineering documentation, coordinates suppliers and plant teams, and drives continuous-improvement initiatives.

Designs custom circuit boards and electrical solutions for rugged networking products, including power, battery, PoE, and high-speed Ethernet circuits. Responsibilities include schematic capture, PCB layout, fabrication and assembly coordination, board bring-up, debugging, verification testing, manufacturing transition, field support, and design sustainment. The engineer collaborates with mechanical, thermal, systems, purchasing, suppliers, and management teams while supporting product schedules and milestones.

Lead electrical system architecture and hardware design for UAS, sensing, and payload platforms. Design and prototype PCBs, perform board bring-up and testing, develop documentation, and guide systems through manufacturing. Work with embedded platforms, microcontrollers, high-speed digital systems, power and signal integrity, EMI/EMC, and low-level embedded programming. Mentor engineers and collaborate with mechanical, software, research, and manufacturing teams.

Designs and integrates RF and analog radar subsystems for a ground-based Space Domain Awareness radar. Responsibilities include defining hardware architecture, developing specifications and statements of work, managing subcontractors, conducting RF lab characterization, performing compliance analysis, documenting bills of material and drawings, supporting integration and checkout, and leading trade studies. The role requires RF signal-chain and test-equipment expertise, systems engineering lifecycle experience, subcontract management, and an active Secret clearance with eligibility for Top Secret/SCI access.

Lead electrical design for mission-critical data centers and telecommunications facilities. Design medium- and low-voltage distribution, generators, ATSs, UPS systems, and related infrastructure; perform load calculations and power system studies; coordinate with clients, vendors, contractors, and multidisciplinary teams; conduct QA/QC and technical reviews; support construction; and mentor engineers and designers.

Leads electrical engineering and design for pharmaceutical, biotech, cleanroom, laboratory, and manufacturing facilities. Responsibilities include power distribution, lighting, emergency systems, load calculations, power analyses, code compliance, utility coordination, equipment specifications, submittal reviews, facility assessments, client communication, project management support, and mentoring junior staff. The role also supports proposals, presentations, vendor coordination, and multidisciplinary project delivery.

Design electrical systems for biopharmaceutical and industrial manufacturing facilities, including lighting, power distribution, UPS, and security integration. Develop calculations, layouts, construction documents, and technical queries; coordinate with multidisciplinary teams; support engineering studies and facility assessments; review shop drawings and submittals; coordinate with vendors; and apply applicable electrical codes, standards, and pharmaceutical facility best practices.

Lead design, validation, and deployment of advanced hardware test systems for V-BAT. Architect PCBs and test interfaces for power electronics, RF, and communications; develop Python automated test sequences; design custom test fixtures and integrate PLCs, relays, and harnessing. Drive DFT-focused reviews, perform HASS/ESS/HALT testing, and mentor junior engineers to improve hardware reliability in aerospace environments.

The Electrical Operations Engineer oversees electrical system design, construction, and commissioning for semiconductor manufacturing facilities, requiring strong project management and technical expertise.

Own electrical systems for a medical robotic platform from concept through verification and manufacturing transfer. Responsibilities include schematic and PCB design, component and connector selection, prototype bring-up and debugging, electro-mechanical troubleshooting, manufacturing test support, failure analysis, risk management, EMC and electrical safety compliance, design documentation, and technical mentoring. The role collaborates with mechanical, controls, software, and systems engineers and supports pre-clinical use and reliable production scaling.

Leads the design, analysis, and commissioning of utility-scale and industrial electrical power systems, including generation, transmission, distribution, substations, protection and control, and SCADA integration. Performs power system studies, develops technical documentation, ensures regulatory compliance, supports field troubleshooting, coordinates multidisciplinary projects, interfaces with clients and utilities, and mentors junior engineering and field personnel.

Leads the design, analysis, implementation, and commissioning of utility-scale and industrial electrical power systems. Performs load flow, short-circuit, arc-flash, relay coordination, and transient stability studies; oversees protection, control, SCADA, and substation systems; develops technical documentation; ensures code and regulatory compliance; supports field troubleshooting; coordinates clients, utilities, contractors, and internal teams; and mentors junior technical staff.

Design and develop custom PCBs and harnesses using ARM-based microcontrollers for Battle Management Systems. Create technical design packages and fabrication/assembly instructions, assist with troubleshooting, integration, and testing, and collaborate with electrical, mechanical, embedded software, and QA teams to meet performance and schedule requirements.

Design and verify embedded electrical subsystems for PTZ camera products across requirements, architecture, schematic/layout, power and EMC, support industrialization, mentor junior engineers, and collaborate cross-functionally through product lifecycle and manufacturing support.

Lead technical architecture for multi-megawatt BESS and high-voltage UPS systems, define 1500VDC/MV topologies, manage grid interconnection and ISO/RTO compliance, own vendor/OEM selection, drive certification strategies (UL/NRTL), lead RCAs in the field, and mentor senior engineering teams.