Top Electrical Engineering Jobs

Responsible for creating design layouts, specifications, and overseeing QA/QC, while conducting inspections and processing project documentation.

As an Electrical Engineer IV, create designs, develop specifications, oversee QA/QC processes, manage project schedules, and conduct field investigations for various projects.

The Supervising Electrical Engineer will oversee projects, manage staff, coordinate project tasks, participate in budgeting, and lead design standards for the firm.

The Technical Manager I will oversee multiple engineering projects, improve technical execution, support team recruitment, and ensure quality assurance in engineering practices.

The Supervising Electrical Engineer oversees projects, manages staff, handles client interactions, and ensures technical and budgetary standards are met.

As an Electrical Engineer at Stantec, you will lead project design, evaluate and specify electrical systems, and oversee project deliverables, requiring advanced electrical engineering knowledge.

The Electrical Engineer leads design projects, performs calculations, coordinates specifications, and collaborates across disciplines while providing superior client service.

Designs and validates embedded hardware from concept to production for RFID and related products. Leads DSP/ARM-based hardware development, digital and analog system design, high-speed PCB and RF schematic/layout, testing and documentation, and supports manufacturing, regulatory testing, and cross-functional teams.

The Electrical Engineer will perform basic electrical engineering tasks for construction projects, ensuring designs conform to standards and conducting field surveys under supervision.

Join as an Electrical Engineer, PE, designing electrical systems for manufacturing facilities. Collaborate with teams, prepare drawings, and engage with clients.

Design, develop, and maintain electrical control systems and components for packaging/converting machinery. Create schematics, layouts, BOMs, and CAD drawings; test and debug equipment; support manufacturing and field teams; conduct process audits and recommend efficiency improvements. Travel to customer sites as needed.

Work with system electrical engineering teams to design, analyze, test, and sustain electrical ground support and test support equipment (EGSE/TSE). Prepare design materials and reviews, derive requirements, conduct trade studies, evaluate risk, perform peer reviews, and support integration, safety, and secure-environment processes with minimal guidance.

Responsible for overseeing multiple complex projects in facilities. Duties include design, maintenance, troubleshooting of electrical systems, ensuring compliance with standards, and serving as a subject matter expert.

Responsible for technical lead on Value Engineering projects and Supplier Transitions, ensuring timely project delivery and overcoming roadblocks while collaborating cross-functionally.

Lead interconnection technical review and site qualification for battery storage projects: validate interconnection rulings, classify viability, negotiate with utilities, perform substation and feeder analysis, produce engineering drawings, mentor designers, and deliver recurring analytical reports.

Designs and engineers electrical substations from 4kV to 345kV, including protection, relaying, controls, drawings, specifications, reports, and bills of material. Coordinates project activities with clients and engineering teams, prepares scopes, schedules, and budgets, and may serve as project engineer or manager. Requires strong communication, analytical, and problem-solving skills, proficiency with AutoCAD or MicroStation, willingness to travel, and the ability to manage multiple projects.

Designs and engineers electrical substations from 4kV to 345kV through construction. Responsibilities include relaying, protection, and controls design; preparing drawings, specifications, technical reports, bills of material, scopes, schedules, and budgets; coordinating with clients and project teams; and supporting project engineering or management. Requires Electrical Engineering education, at least three years of substation design experience, proficiency with AutoCAD or MicroStation, strong communication skills, travel availability, and a valid driver's license.

Designs, modifies, troubleshoots, and analyzes complex electrical and electronic assemblies for semiconductor equipment. Develops schematics, specifications, test reports, engineering documentation, and electrical solutions. Coordinates component procurement and supplier development, resolves technical issues, leads engineering projects, communicates technical information, and supports junior colleagues. The role requires a bachelor's degree, 4–7 years of related experience, and approximately 10% travel.

Designs and modifies complex electrical and electronic assemblies, layouts, schematics, drawings, and specifications. Troubleshoots electrical issues, performs engineering analysis and testing, creates test reports and product specifications, and leads engineering projects including supplier development. Provides technical guidance to junior colleagues, leads project teams, and communicates complex information to build consensus.

Maintain and repair electrical systems and equipment across a heavy manufacturing feed mill. Diagnose faults, perform planned maintenance, interpret electrical schematics, support continuous improvement projects, and promote safety and regulatory compliance. The role requires experience with industrial electrical systems, motor controls, panels, geared motors, PLCs, and component-level fault-finding in a dusty, noisy, physically demanding environment.

Maintains, repairs, and troubleshoots electrical systems and equipment across a feed mill. Responsibilities include fault diagnosis, planned maintenance, component-level PLC troubleshooting, interpreting electrical schematics, supporting improvement projects, and promoting safety and regulatory compliance in a dusty, noisy manufacturing environment.

Leads the design, optimization, and implementation of electrical systems and power distribution for pipelines, compressor stations, and storage facilities. Integrates automation, monitoring, energy storage, and safety systems; reviews arc flash studies; ensures regulatory compliance; manages engineering projects, procurement, commissioning, and budgets; collaborates cross-functionally; and mentors junior engineers. The role requires relocation from Pittsburgh to Tulsa or Houston after approximately two years and travel up to 50%.

Designs, evaluates, maintains, and troubleshoots electrical infrastructure including power distribution, backup power, UPS, generators, and control systems. Supports maintenance, capital projects, upgrades, root cause analysis, compliance, documentation, system optimization, and continuous improvement. Collaborates with engineering, operations, and maintenance teams to improve reliability, safety, and efficiency across energy facilities.

Leads development of custom hardware electronics, including requirements, system architecture, schematic and PCB design, signal and power integrity, integration, testing, debugging, and manufacturing maturation. Collaborates across electrical, mechanical, operations, and validation teams; supports test infrastructure and product launches; mentors junior engineers; and improves development processes. The role also addresses EMI/EMC, high-speed signaling, analog electronics, and electro-mechanical constraints.

Supports the design, analysis, documentation, and construction administration of electrical systems for industrial and commercial facilities. Responsibilities include power distribution, lighting, grounding, equipment connections, load calculations, electrical studies, construction drawings, specifications, field investigations, multidisciplinary coordination, and client meetings. The role uses Revit and other engineering tools while developing knowledge of NEC requirements, building systems, manufacturing environments, and energy-efficient design practices.