Top Electrical Engineering Jobs

Designs medium- and low-voltage power systems, generators, motor controls, VFDs, lighting, and electrical layouts for water and wastewater facilities. Prepares specifications, performs power system studies, supports construction administration, factory testing, field testing, and system startup. Leads multiple projects, coordinates with clients and contractors, mentors staff, develops scopes and fees, supports proposals, and may serve as project manager.

Designs electrical power systems for water and wastewater facilities, including distribution, generators, motor controls, VFDs, lighting, equipment layouts, specifications, and power system studies. Leads multiple projects, manages scope, schedule, and budget, performs construction administration, site visits, testing, and startup support, and coordinates with clients, contractors, and multidisciplinary teams. Provides technical mentorship, supports proposals and fee development, and may serve as project manager.

Develop, test, debug, and validate board- and system-level electrical circuitry for autonomous mobile robots. The role covers circuit troubleshooting, hardware documentation, test planning, compliance testing, electrical architecture, manufacturing support, and collaboration with international design and manufacturing partners. Responsibilities include working with processors, sensors, motor drivers, power systems, communication buses, and wireless technologies throughout the product development lifecycle.

Leads the design and delivery of complex electrical systems for energy and infrastructure projects, including power distribution, renewable energy, storage, controls, utility interconnections, and protection studies. Signs and seals engineering documents, manages electrical scopes, oversees quality and permitting, coordinates with clients and utilities, resolves technical challenges, conducts field investigations, and mentors junior engineers. Requires a professional engineering license and extensive design experience.

Independently leads electrical engineering design for energy and infrastructure projects, including solar, battery storage, fuel cell, and combined heat and power systems. Develops one-lines, load calculations, specifications, utility interconnect studies, arc flash and coordination analyses. Coordinates multidisciplinary designs, supports permitting and field execution, conducts site investigations, interfaces with clients, mentors junior staff, and signs and seals engineering documents.

Leads the design, coordination, and delivery of complex electrical systems for energy and infrastructure projects. Responsibilities include signing and sealing engineering documents, reviewing renewable energy and power systems, performing electrical studies, managing scope, schedule, budget, and deliverables, coordinating field investigations, resolving technical challenges, mentoring junior staff, and collaborating with clients, utilities, and stakeholders. Supports permitting, procurement, proposals, and client relationships while ensuring code compliance, constructability, reliability, and energy efficiency.

Leads the design and delivery of complex electrical systems for energy and infrastructure projects serving hospital and college campuses. Signs and seals engineering documents, reviews renewable energy and power systems, performs electrical studies, manages scope, schedule, budget, and deliverables, coordinates with clients and utilities, resolves technical challenges, supports permitting and procurement, and mentors junior engineers.

Supports electrical hardware design, controls integration, programming, documentation, prototyping, testing, and troubleshooting for HVAC and thermal-management equipment. Creates schematics, wiring diagrams, panel layouts, cable schedules, and BOMs; supports control panels, instrumentation, motors, compressors, refrigeration systems, and verification activities. Collaborates with mechanical, refrigeration, controls, manufacturing, and supply chain teams while contributing to new product development and commissioning support.

Leads the design, development, testing, validation, and integration of electrical and electronic systems for aerospace and defense aircraft. Responsibilities include wiring design, equipment selection, engineering documentation, system safety, supplier oversight, flight and laboratory testing, risk mitigation, and technical guidance for junior engineers. The role requires collaboration across multidisciplinary teams, compliance with aerospace standards, and support for aircraft certification and systems integration.

Leads electrical engineering and design for industrial, process, manufacturing, and complex facilities from concept through construction and commissioning. Responsibilities include electrical plans, calculations, power studies, lighting design, equipment selection, permitting, quality reviews, project controls, multidisciplinary coordination, client presentations, field investigations, and construction support. The role also provides technical direction and mentorship, manages client relationships, and supports business development.

Designs electrical, lighting, and special systems for industrial and commercial facilities from concept through construction. Responsibilities include electrical calculations, equipment selection, power studies, permitting, quality reviews, multidisciplinary coordination, client presentations, project controls, site assessments, and construction support. The role also contributes to client relationships and business development while working toward professional engineering licensure.

Provides electrical engineering services for construction projects, leading design efforts, preparing drawings and specifications, coordinating with architects and owners, evaluating designs, and ensuring compliance with electrical, building, NFPA, and energy codes. Responsibilities include managing schedules, supporting multiple projects, conducting design reviews, and performing electrical design involving power distribution, lighting, fire alarms, grounding, and arc-flash studies. National and international project travel may be required.

Leads electrical engineering and design for industrial, process, manufacturing, and complex facilities from concept through construction and commissioning. Responsibilities include project planning, client presentations, multidisciplinary coordination, electrical calculations and studies, quality reviews, permitting support, construction assistance, cost and schedule oversight, and business development. The role requires technical leadership, client communication, code expertise, field problem-solving, mentorship, and responsibility as lead electrical engineer or engineer of record.

Own PCB design from schematic capture through fabrication, assembly, testing, and production. Design analog and digital circuits, RF communication modules, and sensor electronics; perform DFM/DFA, board bring-up, validation, soldering, rework, and bench debugging. Collaborate with firmware and mechanical engineers, vendors, and system teams to deliver weapon-mounted defense electronics.

Leads digital hardware architecture and technical strategy for advanced sensing, communication, and signal-processing systems. Designs FPGA, SoC, and mixed-signal solutions using Xilinx platforms; guides verification, integration, and validation; leads technical reviews and trade studies; mentors engineering teams; and supports customer engagements, proposals, demonstrations, manufacturing transition, and product roadmaps.

Designs custom multilayer circuit cards, develops HDL solutions for Xilinx FPGAs and SoCs, performs timing closure, tests and verifies hardware, supports production transition, maintains component libraries, and automates workflows using Python and Bash. Requires knowledge of digital and analog circuits, VHDL or Verilog, and willingness to travel 10%. The role is based in Syracuse, NY, with potential hybrid or remote arrangements, and requires U.S. citizenship and ability to obtain a government security clearance if needed.

Develop and maintain production test plans, fixtures, manufacturing processes, work instructions, and validation activities for RF and digital PCBA products. Troubleshoot production and equipment issues, analyze quality data, implement corrective actions, and support new product releases. The role also improves manufacturing efficiency through lean principles, time studies, tooling improvements, and process optimization. This is an onsite position requiring approximately 10% travel.

Leads architecture, design, integration, verification, and lifecycle support for digital and mixed-signal hardware, FPGA, PCB, and sensor-system products. Provides technical leadership, mentorship, design oversight, risk management, and cross-functional collaboration across multiple programs. Develops Xilinx FPGA and SoC solutions supporting data acquisition, digital signal processing, command and control, high-speed communications, and external interfaces. Supports customer engagements, proposals, manufacturing transition, and technology roadmaps.

Summer 2027 intern supporting electrical and computer engineering activities for advanced RF sensor systems. Responsibilities include hardware design verification, software enhancements for hardware characterization and calibration, laboratory testing, test automation, data analysis, sensor integration, and field testing of drone detection and tracking performance.

Design and revise electrical drawings, build ETAP power-system models, perform load-flow, short-circuit, arc-flash, and coordination studies, and support equipment procurement, factory acceptance testing, commissioning, and field visits. The engineer will work under senior mentorship on microgrid and mission-critical power projects, including protective relay schemes, power budgets, documentation, contractor coordination, and quality and safety compliance. Travel is approximately 25% to customer sites across the continental United States.

Summer electrical engineering intern supporting PCB hardware design and improvements. Responsibilities include electronic documentation, PCB component soldering and desoldering, schematic capture, circuit design and testing, laboratory organization, test-equipment data collection, and troubleshooting alongside senior engineers. The role is intended for students pursuing an electrical engineering, computer science, physics, or related bachelor’s or master’s degree.

Leads systems engineering for space-based infrared sensor payloads supporting missile warning and tracking. Oversees requirements, architecture, supplier activities, interfaces, verification, sensor performance, detection and tracking algorithms, modeling, simulation, integration, testing, calibration, and on-orbit operations. Coordinates multidisciplinary teams and customer interfaces while managing technical risks, performance margins, anomalies, and mission-level track accuracy. Provides senior technical authority and mentorship across payload, spacecraft, software, algorithms, GNC, and mission operations.

Supports P-8A aircraft modifications through electrical design, avionics change development, technical drawing preparation, configuration audits, engineering investigations, and Flight Clearance Technical Data Package reviews. Develops installation packages, analyzes electrical loads, supports maintainability and logistics planning, provides on-site modification support, responds to customer requests, and mentors journeyman-level engineers.

Leads modernization and sustainment of electrical and chemical-process infrastructure at an energetic manufacturing facility. Responsibilities include conceptual design, alternatives analysis, project leadership, design oversight, commissioning, engineering documentation, stakeholder coordination, and directing internal and external design teams. The role interfaces with plant operations and maintenance while applying applicable codes, UFC requirements, and specialized DoD and explosives-safety standards.

Designs and develops RF systems, antennas, schematics, and PCB layouts for radio-control products. Contributes to embedded software, firmware, RF testing, field validation, troubleshooting, and FCC compliance. Collaborates with mechanical, product development, and quality teams to create lightweight, reliable electronics. This hands-on role suits an early-career electrical engineer with experience in Altium or equivalent PCB design tools, RF principles, test equipment, and programming.