Top Electrical Engineering Jobs

The Senior Electrical Engineer designs and supports electrical systems for data center infrastructure, ensuring compliance with standards and collaboration across teams for successful project execution.

The Electrical Hardware Design Engineer III role involves designing electrical systems, reviewing compliance, and providing project support with minimal supervision. Candidates need extensive knowledge of electrical standards and experience with design software.

The Sr. Electrical Project Engineer oversees electrical engineering projects from concept to completion, managing teams, ensuring safety and quality, and executing control system designs and programming.

The Electrical Project Engineer oversees all phases of electrical projects, from design to installation, ensuring quality, safety, and compliance with specifications.

Design, develop, and integrate EV electrical systems including high-voltage batteries, power electronics, inverters, chargers, and BMS. Lead system-level testing, ensure compliance with automotive safety standards, mentor junior engineers, collaborate cross-functionally, and drive efficiency and cost optimization in EV platforms.

The Electrical Controls Engineer is responsible for developing, programming, and supporting control systems, ensuring efficient operation of manufacturing processes while collaborating with other teams on troubleshooting, optimization, and compliance with safety standards.

Design and deliver industrial control panels for high-voltage battery systems: create schematics, layouts, and BOMs in EPLAN, select 600VAC/2000VDC components, coordinate vendors, execute high-voltage testing (hipot, insulation resistance), ensure NEC/UL 508A compliance, support DFMEA, and collaborate with mechanical and manufacturing teams.

Design and validate electrical control hardware for large-scale battery systems. Responsibilities include PCB schematic and layout, prototyping, board validation, component-level troubleshooting, sensor selection and interfacing, cross-functional collaboration with firmware/mechanical/controls teams, manufacturing support, and documentation of design decisions and test results.

The Electrical FEED Engineer will lead front-end design activities, develop project scopes, and support engineering for microgrid projects, ensuring compliance with standards and effective communication within teams.

The Senior Project Engineer will oversee project engineering for microgrid systems, coordinate with utilities, prepare design packages, conduct power system studies, and mentor junior engineers while ensuring project quality and compliance.

The Senior Electrical FEED Engineer will lead front-end engineering design, develop project specifications, collaborate with teams on microgrid systems, and ensure compliance with electrical standards.

Design electrical layouts and BOMs for MCCs, packaged drives, and control panels using EPLAN and internal tools; partner with sales and suppliers to develop competitive proposals, ensure compliance with safety and certification standards, support standardization and continuous improvement, and provide technical clarifications during project execution.

The Automation & Controls Engineer designs and supports electrical/control systems for power generation. Responsibilities include project lifecycle execution, programming, troubleshooting, and ensuring compliance.

As an Electrical Project Engineer, you'll manage project engineering tasks, coordinate with utilities, and create detailed design packages for microgrid projects.

Design complex computer processor boards and peripherals from product definition through production. Create schematics, drawings, and parts lists; support manufacturing, test, and customers; participate in design reviews; manage project tracking and continuous improvement efforts.

Support electrical drafting and construction document production for utility-scale solar, wind, and energy storage projects. Produce site layouts, wiring/cable routing, one-lines, equipment schedules using AutoCAD, coordinate with design disciplines, perform quantity takeoffs, and follow CAD/design standards under senior engineer guidance.

Lead electrical engineering for utility-scale and commercial solar and wind projects: design PV systems, perform power system studies, produce construction documents, coordinate disciplines, manage QA/QC, mentor junior staff, and support construction through RFIs and submittal review.

Lead electrical engineering for commercial and utility-scale solar projects: manage budgets, schedules, design and construction documents, perform QA/QC and studies, coordinate disciplines and stakeholders, support proposals and construction, and mentor engineering staff.

Design and support electrical engineering for EV charging and BESS projects including site layouts, interconnection application preparation, electrical calculations (short circuit, load flow, voltage drop), construction documents, coordination with multiple disciplines, and oversight of junior staff and drafters.

Lead electrical engineering for commercial and utility-scale solar (and wind) projects: design PV systems, develop construction documents, perform power system studies (short circuit, load flow, voltage drop), coordinate with project teams, utilities, and clients, QA/QC, support construction via RFIs/submittals, and supervise/mentor junior staff and interns.

Design and develop FPGA firmware for high-performance mixed-signal inspection systems. Define firmware requirements, implement designs from concept to production, create test benches and timing-closure flows, verify functionality with simulation and lab equipment, debug systems with hardware and software teams, and produce technical documentation for manufacturing and service.

Design and own electronics for consumer hardware from R&D through mass production. Create circuits, PCB schematics/layouts, integrate sensors/displays/microcontrollers, maintain BOMs, build and test prototypes, and develop embedded firmware.

Develop test plans and EGSE requirements, perform and oversee testing/troubleshooting of flight and non-flight electronic modules, analyze results, mentor engineers, drive continuous improvement, and support program cost and proposal efforts.

Lead electrical system design for consumer, robotic, and medical devices from concept to production. Create schematics, BOMs, PCBs, perform board bring-up, debug PCBA, write test procedures, manage component obsolescence, ensure EMC compliance, and document designs while collaborating with mechanical and firmware teams.

Lead design, specification, and validation of rugged electrical/electronic systems for autonomous maritime platforms. Develop requirements, create schematic and system drawings, select components, perform trade studies, validate architectures for environmental ruggedness, support prototyping and at-sea trials, author documentation, and mentor junior engineers.