Electrical Engineer

• Own schematic design, component selection and stackup definition for boards from concept to final deliverable
• Design in complex SOCs, PMICs, Wireless ICs and sensors used in low-power consumer electronics
• Simulate and AC and DC power distribution networks and define impedance masks
• Lead and contribute to technical design reviews
• Supervise and review layout for PCB, Flex, and Rigid Flex designs
• Debug hardware issues with cross-functional teams such as desense, power states, signal integrity, ESD and EMI
• Analyze circuit parasitics and tolerances to ensure correct operation over the specified voltage and temperature range
• Test and validate all board level and systems level aspects of electrical designs
• Collaborate closely with mechanical, software, RF, thermal and industrial design teams
• Author clear and comprehensive electrical test documentation
• Develop electronic prototypes for new product concepts
• Support development builds onsite at external contract manufacturers
• Travel internationally up to 20%

Electrical Engineer, Spectacles

• Drive the electrical design of embedded systems, including component selection, schematic capture, and PCB layout for multi-layer, high-density boards
• Work at all stages of the product development process, from exploration and prototyping to detailed design, testing, and ramping to mass production
• Collaborate closely with mechanical, firmware, and other electrical engineers on system architecture and integration
• Ensure design quality and meeting medical device regulatory requirements with clear documentation and robust testing
• Support manufacturing and sustaining engineering by improving designs for reduced cost or improved manufacturability, supporting process or test development, and assisting with failure analysis down to the component level

• Lead electrical design of Edge AI products including but not limited to Automotive grade Edge AI computers and cameras while driving innovation and excellence.
• Champion collaboration cross functionally with mechanical, test, regulatory, manufacturing and installation teams by navigating the design from concept to launch.
• Develop product specifications, design circuits, perform design reviews and improve design.
• Generate working prototypes for proof of concept and customer demonstrations.
• Lead hands on involvement with building, debugging, and maintaining product builds.
• Develop test plans and processes, execute testing and guide validation of new designs.
• Own the electrical design part of the Edge AI system projects, strive for performance and improvements, seek out opportunities to make things work better - it's about continuous improvement.
• Ensure deliverables for the project are on track and stays within project budget.
• Partner with vendors and contract manufacturers to develop and manufacture electronic parts, modules and products.
• Work with the cross functional teams to get products certified for compliance.
• Lead and mentor electrical engineering team members, providing technical guidance, fostering professional development, supporting career growth, and ensuring high-quality execution across projects.

Manager, Electrical Engineering

• Electrical Design – This would include schematic and layout of key electrical boards as well as providing guidance to JDM/OEMs on executing designs.
• Bring Up and validation – Bring up designs done in-house and at JDM/OEM. Test designs for reliability and validity. Implement changes to address issues found.
• Rapid Prototyping – Create quick, simple designs to execute design vision of the studio team using off the shelf parts. Understand tradeoffs being made for velocity and mitigate risks that impact team progress.
• System Integration – Work with other engineering teams to integrate electrical designs into our vehicles.
• Influence design decisions - Help define electrical architecture and execution.

Staff Electrical Engineer, Design Concept Engineering

• Provide applied electrical engineering and technical expertise for customers
• Perform power system engineering assessments of electric power systems
• Assess results and prepare written reports of findings and proposals
• Perform electrical design improvements primarily to support upgrades
• Meet customers on-site and review and identify their needs
• Provide Engineering cost estimates and bid proposals
• Provide technical support and quality control for assigned projects
• Strong computer skills with knowledge of Windows and Microsoft Office

Power Systems Engineer I

• using ADI’s portfolio of high-performance power products to solve engineering challenges in the industry.
• developing system-level solutions and references for a wide variety of applications.
• close collaboration with other ADI design teams, FAEs and occasional visits to customers.
• troubleshooting system-level hardware solutions.
• building internal and external relationships while working closely with customers and design teams across business units to deliver a power system solution or reference design.

Principal Engineer, Power Systems Engineering

• Research, design, develop, and test a variety of electronic equipment and systems
• Work on radar and radiation detection equipment
• Develop radio, television and communications systems
• Create circuitry components and control and test equipment

Associate Electronics Engineer

• Responsible for designing mission systems technical baselines (subsystems, components, software) to meet platform requirements.
• Lead trade studies, technical analysis, modeling & simulation, risk/opportunity management, and support strategic objectives.
• Decompose system-level requirements, track/report metrics, and maintain strong relationships with customers, suppliers, peers, and leadership.
• Mission system element design, capability assessment, interface decomposition, verification/validation planning, and mission integration during development.
• Advise programs as subject matter expert, mentor junior engineers, conduct independent reviews of milestones and technical work products.
• Support technical business development (proposals, white papers).
• Oversee technical activities within Mission Systems IPT, ensuring sound engineering processes.
• Engage customers/end users to translate requirements into deployable products.
• Perform subsystem trades, analysis of alternatives, modeling, and simulation for mission effects, data, or capabilities.

Senior Principal Mission Systems Electronics Engineer

• This position is in DLB’s Mission Critical Department focusing primarily on hyperscale data centers and related mission critical facilities.
• Collaborate with senior design staff to advance electrical design skills.
• Work as part of the Engineering Team and interact closely with the Project Management Team.
• Produce construction documents, develop and edit project specifications, and assist in the construction administration process.
• Review and write basic sequence of operations.
• Prepare project design and construction documents.
• Work as part of the engineering team and interact closely with the project management team.
• Review shop drawings and submittals, respond to RFIs, and complete punch lists and project closeout documents.

Electrical Engineer II

• Lead hardware design from concept through mass production
• Own system-level architecture and schematic design
• Perform and oversee prototype assembly, bring-up, and debugging
• Conduct root cause analysis and corrective action for hardware issues
• Collaborate daily with mechanical and firmware teams to implement integrated solutions
• Develop and maintain documentation including BOMs, schematics, layouts, test reports
• Drive product compliance through EMC/ESD and regulatory testing (FCC, UL, etc.)
• Support manufacturing partners during development builds and production ramp
• Mentor junior team members and contribute to best practices and design reviews

Senior Electrical Engineer

• Analyze smart meter interval data, SCADA data, operational telemetry, and predictive alert outputs to identify and prioritize potential transformer and electric distribution system defects.
• Develop engineering-driven insights to support asset health monitoring, reliability improvement initiatives, and wildfire risk mitigation strategies.
• Evaluate overhead and underground distribution line conditions, transformer performance indicators, and protective device behaviors using operational and historical system data.
• Perform distribution engineering analysis including feeder loading evaluation, circuit behavior assessment, and power flow interpretation to support operational recommendations.
• Utilize large-scale datasets, including historical defect records, inspection reports, outage data, and operational performance metrics, to improve predictive model accuracy and reduce false positive rates.
• Collaborate with data analytics, machine learning, and engineering teams to validate and refine predictive algorithms and anomaly detection methodologies.
• Partner with Field Operations, Protection & Control (P&C), Distribution Planning, and Asset Management teams to investigate field conditions and validate engineering assessments.
• Conduct root cause analysis and technical investigations related to transformer failures, line defects, and abnormal distribution system behavior.
• Support development of engineering recommendations, risk prioritization frameworks, and corrective action plans based on predictive analytics findings.
• Prepare technical reports, engineering summaries, and operational recommendations for internal stakeholders and leadership teams.
• Participate in field visits, operational reviews, and engineering assessments as required.
• Ensure compliance with utility engineering standards, operational procedures, safety requirements, and regulatory guidelines.

• Develop electrical wiring designs of a functional system including the selection of aircraft-type conductors and electro-mechanical components such as connectors, relays, switches, circuit breakers, and terminal junction systems.
• Support design requirements for electrical power generation, conversion and distribution systems, and circuit protective requirements for aerospace vehicle systems including Electrical Loads Analysis, test procedures, power architectures, reports, analyses, and other vehicle power related deliverables.
• Responsible for all aspects of system/component design and development including trade studies, layouts, architecture definition, system test & verification, and troubleshooting.
• Participate on a subcontractor management team and act as the technical point of contact with suppliers for hardware development, qualification, and procurement.
• Perform system level test planning, execution support, verification, data processing, and troubleshooting.
• Perform system level evaluations to verify requirements and ensure airworthiness criteria are met.

Electrical Engineer, Principal Electrical Engineer – Vehicle Subsystems & Integration

• Develop electrical wiring designs of a functional system including the selection of aircraft-type conductors and electro-mechanical components.
• Support design requirements for electrical power generation, conversion and distribution systems, and circuit protective requirements for aerospace vehicle systems.
• Responsible for all aspects of system/component design and development including trade studies, layouts, architecture definition, system test & verification, and troubleshooting.
• Participate on a subcontractor management team and act as the technical point of contact with suppliers for hardware development, qualification, and procurement.
• Perform system level test planning, execution support, verification, data processing, and troubleshooting.
• Perform system evaluations to verify requirements and ensure airworthiness criteria are met.

Principal Electrical Engineer – Vehicle Subsystems & Integration

• Support Electronic Hardware development
• Execute the design and development, schematic capture, PCB layout, testing and release of electronic hardware used in medical device systems.
• Develop novel methods and new concepts for patient monitoring products.
• Perform basic R&D work and feasibility of new concepts, analyzing data, drawing conclusions and preparing final reports and presentations.
• Develop electronic hardware requirements and system designs, interfacing and management of external electronic development partners, agency testing to support 60601-1 and 60601-1-2 and other required testing, troubleshooting field issues.

Principal Electrical Engineer

• Lead and support business development efforts to win new work
• Serve as a key client contact and trusted advisor
• Own the successful delivery of complex healthcare projects
• Lead electrical design for healthcare facilities
• Define project scope, goals, and deliverables in collaboration with stakeholders
• Develop detailed project plans, timelines, and resource allocations
• Ensure compliance with healthcare regulations, quality standards, and best practices
• Mentor and develop engineers and project leaders
• Stay current with evolving healthcare regulations, technologies, and best practices

Senior Associate, Healthcare Electrical Engineering

• Design, analyze, and interpret circuit diagrams, schematics, and layouts
• Plan, develop, and refine electrical systems for autonomous marine platforms, including power distribution, control systems, and signal integrity
• Own electrical architectures for subsystems across WAM-V® and PowerBuoy® platforms
• Develop and prototype electrical assemblies, including wiring harnesses, connectors, enclosures, and PCB-based systems for marine environments
• Integrate electrical systems with mechanical and software components, working closely with cross-functional engineering teams
• Perform diagnostics, troubleshooting, and root-cause analysis on electrical systems in both lab and field environments
• Support system bring-up, validation, and testing, including participation in field deployments and sea trials
• Internalize feedback from team members, manufacturing, and customers and modify designs to fit those needs
• Ensure designs meet reliability, safety, and environmental requirements for marine operation (corrosion, sealing, vibration, thermal)
• Create and maintain electrical documentation, such as wiring diagrams, BOMs, and test procedures and simplify to allow use for operators of all skill levels
• Support continuous improvement of electrical designs, standards, and best practices

• Select and evaluate off-the-shelf hardware modules (compute, cameras, radios, power management, sensors) against performance, reliability, environmental, and supply chain requirements
• Analyze datasheets to understand component limits and failure modes; design integrations that respect those boundaries across power, thermal, signal, and mechanical interfaces
• Bring up integrated assemblies, characterize behavior across operating conditions, and validate against system requirements
• Author and execute test plans for NPI gate reviews (PROTO, EVT, DVT, PVT) covering functional verification, environmental performance, long-term reliability, and certification/compliance (FCC, safety, cellular)
• Execute stress and margin tests to find the edges of reliable operation; the Pano Station must operate unattended for 5+ years in harsh outdoor environments
• Lead hardware triage from first symptom to verified fix—across engineering builds, production runs, and field deployments
• Apply systematic RCA to distinguish integration issues, component escapes, environmental failures, and firmware interactions; document findings in clear, structured reports
• Use lab instrumentation (oscilloscopes, logic analyzers, power analyzers, thermal cameras, protocol analyzers) to isolate failure mechanisms at the signal and system level
• Define acceptance criteria and transfer test scripts and methodologies to contract manufacturers for production
• Support ECOs for sustaining issues, component end-of-life transitions, and supply chain changes post-launch

Hardware Engineer, Electrical Engineer

• Lead complete RF/microwave and high-speed mixed-signal hardware architecture for next-generation optical transceivers, evaluation boards, reference platforms, and production test hardware.
• Design high-speed schematics and PCBAs for 100G/lane, 200G/lane, 400G/lane and beyond interconnects, supporting 800G, 1.6T, 3.2T and future architectures where applicable.
• Own board-level tradeoffs for signal integrity, power integrity, EMI/EMC, grounding, return path control, isolation, thermal performance, manufacturability, serviceability, cost, reliability, and schedule.
• Architect and design high-performance instrumentation used for validation, characterization, calibration, automation, manufacturing test, and sustaining support of fiber optic transceiver modules.
• Select and qualify high-speed, RF, microwave, analog, precision measurement, clocking, DSP, control, sensing, connector, cable, interconnect, and power components.
• Define PCB stackups, materials, copper weights, dielectric selection, via structures, backdrill strategy, impedance targets, loss budgets, fabrication rules, assembly constraints, and acceptance criteria.
• Partner with SI/PI, packaging, optics, firmware, software, mechanical, thermal, reliability, manufacturing, supply chain, and operations teams to deliver complete product and test solutions.
• Lead schematic capture, layout strategy, layout review, RF structure review, BOM review, DFM/DFT review, design verification, bring-up, debug, characterization, and production release.
• Define digital control interfaces and hardware/firmware interaction requirements for CPLDs, FPGAs, microcontrollers, DSPs, drivers, TIAs, modulators, lasers, sensors, ADCs, DACs, and power controllers.
• Develop validation plans, test methods, calibration approaches, correlation methods, guardband strategies, and production screening methods for high-volume test environments.

Senior Principal Electrical Engineer

• Drive functional engineering excellence via process and tool standardization
• Manage and modernize the end-to-end digital development tool chain
• Establish a electrical engineering design hub to enable scalable, high-quality engineering support
• Optimize development costs, architectural design deployment, accelerate time-to-market and effective transfer into manufacturing

Electrical Engineering Solutions Architect

• Full cycle PCB design including collecting requirements, schematic design, component selection, supervision or completion of layout, bring-up, test, debug, and system integration.
• Conduct bring-up and design work on microcontrollers, ensuring seamless integration within the system.
• Troubleshoot issues that span electrical and software boundaries, utilizing both lab equipment (Oscilloscopes, DMM, etc.) and basic software debugging tools.
• Work in a fast-paced environment supporting new developments, deployments, and customer operated hardware.
• Perform power design, including development and integration of power management systems and components.
• Develop payloads and subsystems (sensors, payload interfaces, power management, and networking).
• Create system interconnect diagrams and define wire harnesses that connect electronic equipment within a subsystem.
• Collaborate closely with other electrical, mechanical, software, firmware, and test engineers to deliver fully functional, mission-critical products.
• Conduct peer-level and cross-discipline design reviews.

See all jobs on JobTailor

Electrical Engineer, Spectacles

Electrical Engineer

Manager, Electrical Engineering

Staff Electrical Engineer, Design Concept Engineering

Power Systems Engineer I

Principal Engineer, Power Systems Engineering

Associate Electronics Engineer

Senior Principal Mission Systems Electronics Engineer

Electrical Engineer II

Senior Electrical Engineer

Electrical Engineer

Electrical Engineer, Principal Electrical Engineer – Vehicle Subsystems & Integration

Principal Electrical Engineer – Vehicle Subsystems & Integration

Principal Electrical Engineer

Senior Associate, Healthcare Electrical Engineering

Electrical Engineer

Hardware Engineer, Electrical Engineer

Senior Principal Electrical Engineer

Electrical Engineering Solutions Architect

Electrical Engineer, Avionics Design