Top Electrical Engineering Jobs in Boston, MA

Designs, develops, integrates, tests, and troubleshoots electrical systems for uncrewed undersea vehicles, sensors, and command-and-control systems. Responsibilities include analog and digital circuit design, PCB development, board bring-up, sensor integration, embedded hardware-software interfaces, system testing, documentation, and at-sea support. The role collaborates with mechanical, software, and systems engineers to deliver rugged, reliable undersea robotic platforms.

Lead electrical system characterization, experimentation, debugging, and design improvements for next-generation wearable hardware. Develop architectures, schematics, PCB designs, validation methods, and automated analysis tools while resolving complex system-level issues across power, mixed-signal, digital, sensing, and timing domains. Manage and mentor a small electrical engineering team, collaborate cross-functionally with firmware, mechanical, systems, software, and manufacturing teams, and support production-ready hardware development.

Design, develop, prototype, integrate, and test electronic systems for innovative air vehicle and R&D platforms. Responsibilities include avionics, embedded systems, RF communications, power subsystems, analog and digital circuit design, PCB development, fabrication procedures, troubleshooting, and flight test support. The role requires cross-functional collaboration, hands-on system testing, and expertise in at least one area such as power systems, RF, or embedded control.

Designs and develops electrical systems for uncrewed undersea vehicles, sensor payloads, and command-and-control systems. Responsibilities include analog and digital circuit design, PCB development, board bring-up, hardware debugging, sensor integration, embedded system interfaces, and lab, pool, and at-sea testing. The role collaborates with mechanical, software, and systems engineers while maintaining design and test documentation and contributing to electrical architectures and system requirements.

Designs and integrates battery and power-management systems for portable consumer electronics from concept through mass production. Responsibilities include battery selection, charging and protection circuitry, power conversion, PCB-level design, bring-up, characterization, troubleshooting, root-cause analysis, supplier collaboration, regulatory support, and production introduction. The engineer independently resolves complex technical issues, collaborates across engineering disciplines, evaluates emerging technologies, and provides technical guidance to other electrical engineers.

Designs electrical hardware for robotic automation systems, including schematics, PCB layouts, harnesses, interfaces, prototypes, testing, and product releases. Supports EMC/EMI debugging, DfX, PLM documentation, contract-manufacturer builds, and corrective design changes. Collaborates with mechanical, firmware, test, manufacturing, operations, and supply chain teams while following formal product development processes. Occasional travel to labs, manufacturing facilities, and customer sites is required.

Leads end-to-end electrical design for robotic material-handling systems, including architecture, schematics, PCB layout, harnesses, power distribution, integration, testing, EMC/EMI validation, and production release. Owns designs through manufacturing ramp, collaborates with contract manufacturers and cross-functional teams, investigates field failures, supports customer and test-site bring-up, and mentors electrical designers while driving process and technical quality.

Leads electrical design for robotic subsystems, including schematics, PCB layouts, harnesses, power distribution, sensing, interfaces, and EMC/EMI performance. Owns designs from concept through production, including requirements, verification, design reviews, PLM releases, manufacturing support, and sustaining engineering. Partners with mechanical, firmware, safety, manufacturing, and contract manufacturers, investigates failures, qualifies components, and guides other designers. Travel to customer sites, manufacturers, and test facilities may be required.

Leads electrical engineering projects from concept through production, designing PWM amplifiers, power converters, power supplies, and embedded hardware/software. Develops microprocessor and FPGA solutions, performs circuit simulation and validation, oversees PCB design, and tests prototypes using laboratory equipment. Ensures manufacturability, reliability, and performance while collaborating with cross-functional engineering teams.

Design and develop next-generation charging platforms and supporting hardware for wearable technology. Own electrical subsystems from requirements, schematic capture, PCB design, prototyping, debugging, verification, and production. Collaborate with multidisciplinary engineering, manufacturing, supply chain, suppliers, and contract manufacturers to deliver reliable, manufacturable hardware. Evaluate components and technologies, support high-volume manufacturing, and travel up to 15% domestically and internationally.

Lead design and delivery of high-voltage substation and SCADA systems for datacenter projects. Oversee specifications, consultant management, utility interconnection, equipment procurement, testing/commissioning, and EMT modeling support. Collaborate with global teams, vendors, and operations to ensure compliance with Microsoft technical standards.

Support the design, prototyping, integration, testing, and debugging of electrical systems for humanoid robots. Responsibilities include schematic capture, PCB layout, component selection, hardware assembly, soldering, lab instrumentation, validation, data analysis, documentation, and collaboration with mechanical, firmware, and controls engineers. The role offers early-career engineers opportunities to develop broad technical ownership across compute, sensing, power, and motor-drive systems.

Design, analyze, qualify, and deploy avionics systems for lunar and Martian propellant-production platforms. Own electrical systems from requirements through flight execution, conduct trade studies, define qualification testing, validate hardware in simulated space environments, and coordinate electrical, thermal, and software integration. The role requires electrical board design, testing expertise, and experience developing spaceflight electrical systems.

Design, analyze, qualify, test, and deploy avionics subsystems and components for spaceflight applications. Own systems from requirements through flight execution, establish qualification criteria, validate hardware in simulated launch and lunar environments, and collaborate across electrical, thermal, software, and systems teams to meet integration milestones.

Supports the design, prototyping, testing, troubleshooting, and documentation of security-focused electronic products under senior engineer guidance. Collaborates with mechanical, firmware, industrial design, sourcing, product management, suppliers, and manufacturers. Performs defined engineering tasks, assists with design reviews, requirements documentation, risk identification, and prototype testing while developing expertise in embedded systems, sensors, RF technologies, and manufacturing processes.

Designs and develops security-focused consumer products from concept through mass production. Responsibilities include electrical and system-level design, prototype testing, validation planning, design reviews, risk mitigation, requirements development, and collaboration with mechanical, firmware, sourcing, product, and manufacturing teams. The role supports low-power battery designs, embedded interfaces, RF connectivity, and manufacturing optimization, with travel to China-based manufacturing partners one to three times annually.

Leads global technical development of automotive semiconductor components for radar, electrification, and powertrain applications. Translates product needs into component requirements, supports RFQs and sourcing, evaluates supplier roadmaps, coordinates component development through PPAP, approves technical deliverables, and supports post-launch PCN and EOL activities. Partners with project, purchasing, quality, platform, application, supplier, and customer teams, with limited domestic and international travel.

Leads electrical engineering design and delivery for municipal and industrial water and wastewater facilities, including treatment plants and pump stations. Provides technical leadership, client advising, design review, construction support, project oversight, mentoring, and business development. Develops power distribution, control, communications, lighting, and electrical infrastructure solutions while managing scope, schedule, budget, quality, and risk. Travel up to 25% is expected.

Lead design and delivery of flight-critical power electronics for the X-BAT aircraft, including inverters, DC-DC converters, and battery management. Own full hardware development cycle, drive PCB layout, harden designs for harsh environments, mentor engineers, lead reviews, and manage program timelines through production.

Entry-level electrical engineer owning a design for X-BAT avionics through concept, design, verification, integration, flight test, and manufacturing. Work includes circuit design (analog, digital, power conversion, high-speed, FPGA, MCU), system integration, environmental qualification, EMI/EMC considerations, debugging, and designing for radiation, temperature extremes, vibration, and high reliability.

Design, analyze, and validate aircraft power electronics (HV/LV systems, DC-DC converters, inverters, motor controllers, battery/BMS). Own full hardware lifecycle: modeling, schematic capture, PCB layout, prototyping, testing (HALT), verification, and cross-functional collaboration. Lead design reviews and manage program timelines to meet aerospace reliability and manufacturability standards.

Design and validate power electronics for X-BAT aircraft including DC-DC converters, inverters, motor controllers, and battery systems. Perform schematic capture, simulation, prototyping, board bring-up, testing, EMI/EMC mitigation, and support flight-test and qualification. Collaborate with cross-functional teams and follow disciplined engineering and documentation practices under senior mentorship.

Design electrical building systems for new construction and renovation projects, including power distribution, lighting, emergency power, plans, one-lines, schedules, load calculations, and short-circuit studies. Coordinate designs with internal disciplines, architects, contractors, and consultants. Support construction administration through field visits, reports, RFI responses, and shop drawing reviews. Projects span commercial, academic, healthcare, government, data center, laboratory, and other building environments.

Supports electrical engineering teams with the design, modeling, documentation, and code-compliance analysis of power distribution, lighting, and technology systems for buildings. Responsibilities include electrical load calculations, load-flow, short-circuit, and arc-flash modeling using EasyPower, plan reading, and developing proficiency in Revit and AutoCAD under experienced mentorship.

Electrical Engineering Interns support sustainable building design through electrical load calculations, schematic narratives, NEC reviews, renewable energy research, PV system design, CAD and Revit work, specifications, site observations, cost estimates, and M/E coordination. The 10–12 week paid program offers hands-on experience with engineering and design teams. Candidates should be third-year undergraduates who are interested in building design, sustainable solutions, and effective communication.