Top Electrical Engineering Jobs

Leads end-to-end development of custom electronic test equipment, including engineering planning, hardware architecture, PCB and schematic design, embedded and PC software development, prototyping, physical assembly, debugging, validation, and documentation. Collaborates with clients on custom engineering projects and evaluates components for performance and cost efficiency.

Designs and develops high-speed data cables, creates product specifications and manufacturing instructions, and improves existing cable platforms. Provides technical guidance to customers and internal Manufacturing, Purchasing, and Quality teams. Leads or participates in cross-functional product development, testing, design reviews, and corrective action efforts. Develops application guidance, evaluates materials and construction, and resolves product performance, design, and workmanship issues.

Develops and improves high-speed data cable products, specifications, bills of material, manufacturing instructions, and design standards. Provides technical support to manufacturing, purchasing, and quality teams; investigates product performance and workmanship issues; participates in corrective actions and cross-functional development projects. Supports customer meetings, answers application and performance questions, and prepares test reports for customer and regulatory approvals.

Designs electrical control systems, PLC and HMI programs, control panels, prototypes, and test systems. Troubleshoots industrial electrical equipment involving PLCs, VFDs, sensors, motors, instrumentation, and communications. Plans and conducts engineering tests, analyzes results, documents findings, and recommends improvements. The role combines electrical design, controls programming, hands-on testing, commissioning, laboratory support, and cross-functional collaboration through the product development lifecycle.

Design and validate mixed-signal hardware, power electronics, and high-speed digital systems. Perform circuit, sensitivity, and signal-integrity analysis; support PCB design, board bring-up, and testing. Develop embedded firmware for control and power regulation systems, while integrating AI tools to automate engineering workflows and analysis. Serve as a technical liaison between IT infrastructure and design engineering teams.

Leads electrical, software, and controls test planning and execution for battery systems across cell, module, and integrated multi-pack assets. Validates BMS hardware, firmware, plant software, control algorithms, communications, telemetry, and safety interlocks. Troubleshoots hardware and software anomalies using schematics, harnesses, logs, and control scripts; analyzes test data and produces reports. Manages electrical safety requirements and laboratory standards.

Leads electrical engineering technical strategy, quality oversight, standards, mentoring, and staff development. Provides technical guidance on complex projects, serves as Engineer of Record, interfaces with clients, contractors, and code officials, supports business growth, evaluates opportunities, and coordinates electrical operations across offices and disciplines. The role requires extensive electrical systems, infrastructure, and renewable energy design expertise, along with professional engineering leadership.

Develops and manages industrial electrical and controls projects for manufacturing facilities across North America. Responsibilities include engineering design, project scoping, cost estimation, scheduling, technical support, root cause analysis, standards development, training, and documentation. Serves as lead engineer on major capital projects and manages projects ranging from $500,000 to $2 million. The role is on-site and requires 40% to 60% travel.

Manages and reviews electrical distribution systems for a mission-critical semiconductor manufacturing facility. Responsibilities include maintaining single-line diagrams and panel databases, reviewing arc-flash studies and designs, coordinating electrical maintenance and outages with Salt River Project, supporting reliability and capital planning, improving maintenance programs, advising on code compliance, and identifying operational cost savings.

Lead FEED electrical engineering for grid-scale BESS projects: develop concept layouts and preliminary single-line diagrams, define Basis of Design and AC/DC architecture, perform screening power studies, support interconnection strategy, establish code compliance, and hand off a gap-closed electrical scope to detailed design.

Provides technical direction for spacecraft electrical architectures and communications payload integration. Defines electrical requirements, interfaces, power architectures, grounding strategies, margins, and mitigations across subsystems. Performs modeling, simulations, trade studies, integration, production, and testing; resolves hardware anomalies and supports root-cause analysis. Coordinates multidisciplinary teams and suppliers, assesses mission-environment effects, ensures signal integrity and power quality, and mentors junior engineers.

Supports the design, development, testing, validation, troubleshooting, and documentation of electrical and electronic systems for aerospace and defense applications. Assists with circuit card assemblies, wiring design, simulations, technical reviews, and system analysis while collaborating with multidisciplinary teams under senior engineer guidance. The role requires a bachelor’s degree in electrical engineering, U.S. citizenship, and the ability to obtain and maintain a Secret security clearance.

Assists with the research, design, development, testing, troubleshooting, and documentation of electrical and electronic systems for aerospace and defense applications. Supports circuit card assembly development, wiring design, design reviews, technical documentation, and system validation under senior engineer guidance. Collaborates with multidisciplinary teams and analyzes electrical performance data to identify issues and improve designs. The role requires a bachelor’s degree, foundational engineering knowledge, and the ability to obtain and maintain an active Secret security clearance.

Lead automation and electrical engineering for steelmaking and rolling mill operations. Design, commission, and troubleshoot PLC/HMI systems, drives, and motor control equipment; develop control strategies, KPIs, and integration with business systems; drive continuous improvement, reliability, and safety; manage projects and provide technical leadership and on-call support.

Supports architecture, analysis, manufacturing, testing, and mission operations for spacecraft electrical power subsystems, including batteries, solar arrays, power distribution, and avionics. Performs technical trades, requirements management, voltage drop and energy analyses, anomaly investigations, integration and testing, customer presentations, subcontractor oversight, and cost and schedule reporting. The role is fully onsite, requires shift work, periodic travel, U.S. citizenship, and an active Top Secret/SCI clearance.

Designs electrical and control systems for Navy projects, captures requirements using MBSE, conducts feasibility studies and testing, troubleshoots AC/DC power systems, and supports system integration and sustainment. The role reviews technical deliverables, drawings, and specifications; coordinates with program management, vendors, and documentation teams; prepares engineering reports; addresses manufacturing and documentation issues; and leads or mentors engineering personnel.

Leads and mentors electrical engineers designing, integrating, testing, and troubleshooting electronic systems for flight missions. Responsibilities include circuit, power, mixed-signal, digital, and harness design; integration of cameras, lasers, GPS, storage, computation, and scientific instruments; Altium and PSPICE use; PCB fabrication coordination; assembly; and lifecycle delivery from concept through manufacturing and testing.

Designs electrical systems for modular e-fuel equipment, including single- and three-line diagrams, panels, load calculations, cable routing, grounding, safety circuits, equipment specifications, and bills of materials. Collaborates with mechanical, process, and controls engineers to integrate electrical designs. The role requires extensive OEM machine-building experience, AutoCAD proficiency, and onsite work in New Britain, Pennsylvania.

Principal Electrical Engineer leading the design, documentation, testing, and production support of advanced anti-submarine warfare receiver electronics. Responsibilities include digital and analog circuit design, FPGA and RF electronics development, requirements analysis, reliability estimation, design reviews, project estimates, technical documentation, laboratory debugging, and mentorship of junior engineers. The role collaborates with systems and project engineering teams and requires occasional travel of less than 10%.

Provides senior-level electrical engineering support for NASIC facility and mission infrastructure. Leads the design, analysis, and review of power distribution, lighting, grounding, and related electrical systems. Develops specifications, drawings, and calculations; performs technical evaluations, trade studies, cost-benefit analyses, and risk assessments; coordinates with multidisciplinary teams; and prepares technical reports and presentations.

Designs, programs, tests, commissions, and supports PLC-based automation, SCADA, and HMI systems for aluminum casting equipment. Collaborates with multidisciplinary project teams and customers, creates electrical design documentation, troubleshoots hardware and software, provides technical direction, supports commissioning, and conducts design and post-commissioning reviews. Periodic domestic and international travel to customer sites is required.

Designs, builds, tests, integrates, and troubleshoots electrical systems for autonomous underwater marine robots. Responsibilities include schematics, PCB layouts, power distribution, cable harnesses, sensing, communications, waterproof electronics, system integration, validation, field testing, repairs, and reliability improvements. The role requires hands-on PCB bring-up, debugging, soldering, cable fabrication, electrical testing, and collaboration with mechanical, firmware, manufacturing, GNC, and test teams.

Creates and maintains 2D electrical schematics, panel layouts, wiring diagrams, 3D models, assemblies, drawings, BOMs, and engineering documentation for hydraulic fracturing and power generation equipment. Maintains revisions in Autodesk Vault, supports engineering changes, coordinates electrical and mechanical designs, and collaborates with procurement, manufacturing, production, and maintenance teams. The role also participates in design reviews, documentation standardization, and continuous improvement initiatives.

Designs, integrates, tests, and troubleshoots industrial power generation and distribution systems. Owns electrical circuit and control-system architecture, PLC logic, protection schemes, fault-current and arc-flash analysis, grounding and bonding design, code compliance, documentation, and engineering change approval. Leads cross-functional projects, supports production and field teams, performs root-cause analysis, and mentors junior engineers and technicians.

Lead end-to-end electrical hardware development from concept through production. Design mixed-signal circuits, schematics, PCBs, harnesses, and electromechanical integrations; manage verification, supply chain risks, sustaining engineering, and field issue resolution. Collaborate across mechanical, product, and service teams while owning requirements, technical direction, root-cause analysis, and production readiness for motion-control quilting machine systems.