Top Electrical Engineering Jobs

The Senior Substation Electrical Engineer leads substation projects, focusing on power systems protection, design, and project quality assurance while managing multiple team resources.

Design and engineer electrical building systems for commercial projects across education, healthcare, research, and mixed-use markets. Perform power distribution, lighting, and low-voltage systems design from concept through construction, coordinate with design disciplines, produce drawings in AutoCAD/Revit, and support construction administration.

Design electrical building systems across project phases including power distribution (medium/low voltage, standby power, load and short-circuit studies, arc flash), lighting (controls, calculations, luminaire selection), and auxiliary low-voltage systems (fire alarm, structured cabling, access control, CCTV). Collaborate with architects, contractors, and owners from concept through construction using AutoCAD and Revit and coordinate multi-discipline design.

Support electrical design and analysis for oil & gas power projects under PE guidance. Assist with drawings, single-line diagrams, equipment selection, power system modeling, and studies (load flow, short circuit, grounding, arc flash). Prepare reports, cost estimates, and learn applicable codes and standards while collaborating with multidisciplinary teams.

The PV Electrical Engineer will lead the electrical design for utility-scale solar plants, ensuring safety, reliability, and compliance with codes while collaborating with various teams throughout the project lifecycle.

The Electrical Engineer will develop electrical designs and documentation for oil & gas and industrial projects, ensuring compliance with codes and standards, while collaborating with multidisciplinary teams.

The Principal Electrical Engineer manages projects, budgets, and schedules, mentors staff, supervises engineering packages, and maintains client relationships, focusing on medium and high-voltage electrical design and analysis.

The Electrical Engineer will design power distribution systems, perform electrical calculations, develop P&ID, and handle instrument selection while working independently.

The Electrical Engineer will manage projects in energy sectors, focusing on electrical system analysis, designing renewable systems, and coordinating with vendors while performing engineering calculations and site visits.

The Electrical Engineer Level 4 will design and supervise electrical systems for projects, ensuring compliance with codes and standards, while mentoring junior engineers. Responsibilities include power distribution, lighting design, conducting calculations, and coordinating with other trades.

Assist in various Electrical Engineering tasks including design, calculations, and development of diagrams under supervision while learning essential skills.

The Electrical Engineer will design and coordinate complex electrical systems for AI data centers, ensuring compliance with safety and performance standards. They will collaborate with project teams, create technical documentation, and conduct site visits to monitor construction progress.

Provide electrical engineering support for design, analysis, manufacturing, testing, and offshore operations of ROVs, AUVs, and subsea equipment. Create schematics, wiring diagrams, software updates, test procedures, and design packages; support manufacturing, factory acceptance, and offshore campaigns; interface with customers and technicians; develop cost/schedule estimates and resolve quality non-conformances.

Perform electrical engineering for industrial projects: layout, analysis, and design of power, lighting, grounding, and schematics. Produce equipment specs, single-line and motor schematics, calculations, and plan drawings. Lead a small design staff, perform quality checks, resolve technical conflicts, and use tools like AutoCAD, SKM/ETAP, and MS Office to support designs.

Act as client‑representative electrical design engineer for building, infrastructure and industrial estate projects. Manage consultants, review electrical designs, calculations, specifications and M&E cost estimates. Coordinate with EMA and SP Group on transmission (66kV+) and distribution (22kV) planning, forecast power demand, plan network upgrades and substations, conduct value engineering and cost‑benefit analyses, and represent JTC in multi‑agency committees.

Lead electrical engineering scope for bioprocess equipment projects: design power systems, develop schematics and control panel layouts, create BOMs and documentation, support commissioning/startup/troubleshooting, interface with customers, manufacturing, and field teams, and drive continuous improvement.

Design, simulate, build, and test power electronic circuits and systems including converters, magnetics, analog/digital circuitry and unique high-voltage designs. Perform schematic capture and PCB layout, validate hardware in lab and manufacturing settings, and collaborate with cross-functional teams to integrate power electronics into products.

Design and produce electrical drawings and assemblies for drilling products, support installation, commissioning and FATs, ensure compliance with industry standards and hazardous-area ratings, coordinate with customers and third parties, and improve product quality and processes.

Lead electrical engineering design for medium-to-large projects: prepare specifications, calculations, vendor drawing reviews, site/vendor visits, cost and man-hour estimates, manage schedules/budgets, mentor staff, and serve as Engineer in Responsible Charge (PE).

As an Electrical Engineer III, you'll design and troubleshoot electrical systems, lead projects, and generate engineering reports with limited supervision.

Design, validate, and debug medium-to-high complexity PCBA and electrical subsystems for autonomous vehicles. Lead DFMEA, ISO 26262/ASIL compliance, thermal and power validation, root-cause analysis, and cross-functional integration from schematic through product release.

Design and debug automotive electronic systems including power supplies, audio, microprocessor systems, video and high-speed serial interfaces. Perform part selection, schematic capture, PCB layout, and testing. Software programming experience is a plus.

Design and develop mission-critical power conversion and control systems for military platforms. Perform system-level electrical design, schematic creation, component selection, circuit and power analysis, prototype support, testing, qualification documentation, and customer design reviews while ensuring reliability, manufacturability, and military compliance.

Design and analyze critical power infrastructure for commercial, mission-critical, healthcare, and data center projects. Prepare construction documents, perform load calculations and power system studies (short circuit, selective coordination, arc flash), specify UPS/generator/switchgear systems, conduct field surveys, support construction administration, and collaborate with stakeholders to ensure reliable, code-compliant power systems.

Design and modify electrical assemblies, layouts, schematics, and specifications; troubleshoot complex electrical issues; perform engineering analysis and testing; lead engineering projects and supplier development; generate test reports and documentation; mentor junior engineers and communicate technical decisions.