Top Electrical Engineering Jobs

Design, analyze, and test efficient DC-DC converters and electrical power systems for solar and battery storage applications. Develop system requirements, conduct verification testing, write production test procedures, and collaborate with design, test, and manufacturing engineers to create scalable power electronics hardware.

Design and develop low-voltage electrical enclosures, wiring harnesses, schematics and panel layouts. Apply NEC/CSA/UL/IEEE standards, perform engineering calculations, support validation, manufacturability, testing, PLM documentation, and cross-functional product releases in a manufacturing environment.

Designs and tests electrical components, integrated test systems, avionics testing solutions, wiring, interconnects, and circuit card assemblies for defense platforms. Responsibilities include system architecture, technical reviews, troubleshooting, circuit analysis, obsolescence resolution, requirements allocation, design documentation, stakeholder coordination, schedule tracking, reporting, process improvement, and technical leadership. The role also mentors engineers and supports government and defense-contractor customers.

Leads electrical engineering, controls design, and capital project management for tissue machines, converting equipment, and mill utility systems. Responsibilities include engineering design, budgets, vendor coordination, bid evaluation, construction support, commissioning, automation, drive and motion control, process optimization, root-cause resolution, safety compliance, and mentoring. Manages improvement projects up to $10 million from conception through commercialization and travels domestically approximately 30%.

Owns released electrical hardware across its lifecycle, including PCB and system-level changes, troubleshooting, root-cause analysis, ECR/ECO execution, configuration control, verification testing, component qualification, production support, and field sustainment. The role drives improvements in reliability, manufacturability, testability, serviceability, cost, and electrical integration while collaborating with engineering, manufacturing, quality, supply chain, support, software, mechanical, test, and suppliers.

Develop and implement electrical designs and systems for multidisciplinary aerospace programs. Responsibilities include aircraft electrical system integration, electrical-mechanical interfaces, schematics, wiring diagrams, connector and circuit breaker panels, technical documentation, troubleshooting, production support, energy audits, and coordination with planning, production, and quality teams. The role requires applying aerospace electrical standards, managing individual deliverables, supporting sustainability processes, and taking a leadership role within the engineering group.

Design electrical, power, controls, and instrumentation systems for water and wastewater facilities, pump stations, and conveyance systems. Prepare drawings, calculations, specifications, cost estimates, and technical reports. Support power studies, multidisciplinary coordination, quality reviews, submittals, field assessments, factory testing, commissioning, CAD/BIM workflows, and SCADA/PLC/HMI deliverables under senior engineer supervision.

Lead development of diagnostic applications for transport refrigeration units (TRU): design, integrate, and validate embedded and cloud-enabled software using sensor and performance data; collaborate with cross-functional teams; mentor junior engineers; automate testing and analyze data to improve diagnostics and product reliability.

Designs electrical systems for new and retrofitted manufacturing machinery, including machine panels, controls, schematics, component selection, and plant power distribution. Performs electrical analysis, code compliance, arc flash study updates, troubleshooting, procurement, contractor coordination, project support, equipment startup, and continuous improvement. The role also mentors technical staff, supports operations, and works onsite in both office and shop environments with occasional travel to other facilities.

Serves as the electrical, instrumentation, and controls subject matter expert for UMD’s central energy systems. Responsibilities include medium-voltage distribution and generation analysis, SKM power studies, load-flow assessments, turbine and motor-drive optimization, switchgear and relay maintenance, SCADA/DCS analysis, vendor management, capital-project delivery, sustainability upgrades, budgeting, KPIs, and safety procedures.

Designs, assesses, inspects, and supports modernization of electrical infrastructure for government facilities across the Indo-Pacific. Responsibilities include electrical distribution, generators, UPS, lighting, grounding, renewable energy, power quality, construction reviews, commissioning, compliance, technical reporting, emergency power restoration, and coordination with government, contractors, utilities, and multidisciplinary engineering teams.

Design electrical systems for commercial, educational, healthcare, industrial, and public-sector buildings. Develop construction documents, perform power distribution, lighting, fire alarm, and low-voltage design, coordinate with multidisciplinary teams, conduct site visits and construction observations, apply applicable codes, support proposals and client meetings, and guide junior engineers and EITs.

Design electrical systems for commercial, educational, healthcare, industrial, and public-sector buildings. Develop construction documents, calculations, and reports; design power distribution, lighting, fire alarm, and low-voltage systems; coordinate with multidisciplinary teams; conduct site visits and construction observations; apply relevant codes; support proposals and client meetings; and guide junior engineers and EITs.

Design electrical systems for commercial, educational, healthcare, industrial, and public-sector buildings. Responsibilities include power distribution, lighting, fire alarm, and low-voltage design; preparing construction documents; coordinating with project stakeholders; conducting site visits and construction observations; applying codes and standards; supporting proposals and client meetings; and mentoring junior engineers and EITs.

Design and lay out printed circuit boards and electrical schematics for safety-focused systems. Perform hands-on electrical testing and troubleshooting. Familiarity with GFCI devices and UL/NEC standards is preferred.

Serves as the electrical, instrumentation, and controls subject matter expert for UMD’s central energy systems. Designs and operates medium-voltage distribution, generation, and industrial control systems; performs SKM power studies; maintains turbines, drives, breakers, switchgear, and relays; analyzes SCADA/DCS data; supports decarbonization initiatives; manages vendors and capital projects; and ensures safety, budget, KPI, and campus interconnection compliance.

Supports technology transfers, design changes, manufacturing documentation, production process improvements, production testing, test fixtures, production cell setup, troubleshooting, and corrective actions. The role interfaces with engineering teams and subcontract manufacturers to improve production readiness, quality, efficiency, throughput, and cost while providing design-for-manufacturability feedback.

Design electrical systems for commercial, institutional, and residential facilities. Prepare drawings, calculations, and construction documents; participate in project meetings; coordinate with project teams; conduct field surveys; assist with construction administration; and apply applicable electrical codes and standards. The role requires collaboration, communication, and managing multiple tasks while developing technical and project responsibility.

Create and revise electrical drawings and schematics, collaborate on project requirements, ensure compliance with electrical codes and industry standards, and support documentation. Responsibilities also include PTS reviews, technical customer quote responses, product compliance, regulatory submittals, and UL and ISO compliance reviews. The role requires strong electrical design knowledge, attention to detail, and effective cross-functional communication.

Design and optimize electrical systems and power distribution networks for pipelines, compressor stations, and storage facilities. Lead automation, monitoring, energy storage, arc flash mitigation, and safety initiatives. Manage engineering projects from concept through execution while ensuring regulatory compliance, collaborating with operations and external partners, and mentoring junior engineers. The role requires expertise in electrical design, power systems, codes and standards, and may involve PLC, HMI, instrumentation, and EPC project environments.

Designs industrial electrical power distribution systems for capital projects, including single-line diagrams, load lists, cable schedules, area classifications, and power system studies. Specifies transformers, switchgear, MCCs, UPS systems, and cables; reviews vendor drawings; supports factory acceptance testing and startup; coordinates with instrumentation and engineering disciplines; and ensures compliance with NEC, IEC, IEEE, project standards, and HSE requirements.

Performs electrical engineering analysis, design, testing, integration, troubleshooting, failure investigations, requirements development, and risk evaluation for launch vehicle systems. Leads test programs, reviews test data, supports design reviews, conducts trade studies, and collaborates with engineering, operations, and manufacturing teams. Provides peer reviews, technical mentoring, and customer briefings while supporting qualification, acceptance, characterization, and off-nominal testing.

Designs, tests, validates, and improves electronic systems for industrial automation, sensing, and control products. Leads component selection, qualification, supplier engagement, cost reduction, and sustaining engineering activities. Provides advanced analog, digital, mixed-signal, and low-voltage power expertise to cross-functional teams, troubleshoots complex hardware issues, supports product development from prototype through market, and mentors junior engineers.

Designs, tests, validates, and improves electronic systems and components for industrial automation, sensing, and control products. Leads electronic component selection, qualification, supplier engagement, and cost reduction for new product introduction and sustaining programs. Provides advanced analog, digital, mixed-signal, and low-voltage power expertise, guides cross-functional teams, troubleshoots complex hardware issues, supports production, and mentors junior engineers.

Performs RF and electrical engineering analysis for U.S. Navy weapon systems, including radar and sensor performance assessment, RF trade studies, link budgets, tactical data-link integration, electromagnetic interference and safety analysis, firing-policy reviews, telemetry and flight-test support, and technical data evaluations. The role requires supporting weapon-system integration, requirements analysis, design reviews, and customer collaboration in a fully onsite Arlington, Virginia environment.