Electrical Engineer

• Lead the full lifecycle development of electrical hardware subsystems for Power Tool platforms, from early concept and prototyping through verification, release, and post‑market support.
• Own, define, and evolve the electrical system architecture for Power Tool platforms, including motor controllers, power distribution, and safety circuits.
• Define component‑level and system‑level electrical requirements, interfaces, and design standards aligned with clinical use, regulatory requirements, and business objectives.
• Provide hands‑on technical leadership in schematic design, PCB layout reviews, design trade studies, and root‑cause analysis of complex system‑level issues.
• Lead the electrical design, integration, and verification of power tools and subsystems, including motor, controller, charger, and batteries.
• Oversee the development of real‑time control hardware, deterministic communication networks (e.g., LINbus, UART), and high‑reliability power architectures used in surgical Power Tools.
• Drive designs that meet requirements for safety, reliability, EMI/EMC compliance, manufacturability, serviceability, scalability, and cost efficiency.
• Ensure electrical systems comply with applicable medical device standards and regulations, including IEC 60601-1, ISO 13485, and FDA requirements.
• Support and lead design reviews, risk management activities (FMEA), verification and validation (V&V), and design history file (DHF) documentation.
• Partner cross‑functionally to support architectural decisions, system improvements, and continuous enhancement of overall power platform performance.
• Lead and participate in architecture reviews, design reviews, and cross‑disciplinary technical trade‑off discussions.
• Support design transfer, manufacturing readiness, and product launch activities.
• Participate in complaint investigations, post‑market surveillance, and controlled software updates.
• Build, mentor, and retain a high‑performing electrical engineering team.
• Identify project critical paths, proactively manage risks, and facilitate cross‑functional problem solving.
• Support resource planning, staffing, and schedule estimation.
• Communicate risks, opportunities, and execution status clearly to senior leadership.
• Foster a culture of technical excellence, accountability, ownership, and continuous improvement.
• Communicate business‑related issues, risks, and opportunities to senior management in a timely and effective manner.
• Interface with regulatory, quality, and manufacturing teams to support audits and inspections.
• Responsible for communicating business-related issues or opportunities to next management level.
• Responsible for ensuring that subordinates follow all Company guidelines related to Health, Safety and Environmental practices and that all resources needed to do so are available and in good condition, if applicable.
• Responsible for ensuring personal and Company compliance with all Federal, State, local and Company regulations, policies, and procedures.
• Identify critical paths during product development, address bottlenecks and risks and facilitate problem solving across R&D teams.
• Support project resource and schedule planning.
• Performs other duties as assigned.

Electrical Engineering Manager – Power Tools

• Lead the full lifecycle development of electrical hardware subsystems for Power Tool platforms, from early concept and prototyping through verification, release, and post‑market support.
• Own, define, and evolve the electrical system architecture for Power Tool platforms, including motor controllers, power distribution, and safety circuits.
• Define component‑level and system‑level electrical requirements, interfaces, and design standards aligned with clinical use, regulatory requirements, and business objectives.
• Provide hands‑on technical leadership in schematic design, PCB layout reviews, design trade studies, and root‑cause analysis of complex system‑level issues.
• Lead the electrical design, integration, and verification of power tools and subsystems, including motor, controller, charger, and batteries.
• Oversee the development of real‑time control hardware, deterministic communication networks (e.g., LINbus, UART), and high‑reliability power architectures used in surgical Power Tools.
• Drive designs that meet requirements for safety, reliability, EMI/EMC compliance, manufacturability, serviceability, scalability, and cost efficiency.
• Ensure electrical systems comply with applicable medical device standards and regulations, including IEC 60601-1, ISO 13485, and FDA requirements.
• Support and lead design reviews, risk management activities (FMEA), verification and validation (V&V), and design history file (DHF) documentation.
• Partner cross‑functionally to support architectural decisions, system improvements, and continuous enhancement of overall power platform performance.
• Lead and participate in architecture reviews, design reviews, and cross‑disciplinary technical trade‑off discussions.
• Support design transfer, manufacturing readiness, and product launch activities.
• Participate in complaint investigations, post‑market surveillance, and controlled software updates.
• Build, mentor, and retain a high‑performing electrical engineering team.
• Identify project critical paths, proactively manage risks, and facilitate cross‑functional problem solving.
• Support resource planning, staffing, and schedule estimation.
• Communicate risks, opportunities, and execution status clearly to senior leadership.
• Foster a culture of technical excellence, accountability, ownership, and continuous improvement.
• Communicate business‑related issues, risks, and opportunities to senior management in a timely and effective manner.
• Interface with regulatory, quality, and manufacturing teams to support audits and inspections.
• Responsible for communicating business-related issues or opportunities to next management level.

• Work closely with a team of engineers to develop designs based on requirements, operational specifications, and Raytheon guidelines
• Design, analyze, simulate, test, and document analog and power design products.
• Provide support to production, integration, and test activities
• Gain greater mastery of analog and power engineering design
• Demonstrate self-motivation
• Travel may be required depending on the assignment.

Power & Analog Electrical Engineer II

• Work closely with a team of engineers to develop proven designs based on system performance and operational specifications
• Design, analyze, simulate, test, and document analog and power design products
• Resolve production issues related to existing product designs
• Provide support to production, integration, and test activities
• Perform design, test, and production support work within the bounds of a given schedule
• Present reviews of technical data to program leadership and technical staff
• Engage in personal technical growth, and facilitate technical growth in peers
• Lead small teams to success with schedule, budget, and technical execution
• Travel to Tewksbury, MA; Marlborough, MA; Andover, MA; Woburn, MA; and/or Pelham, NH may be required depending on the assignment

Senior Power and Analog Electrical Engineer

• Serve as the electrical subject-matter expert for cardiac ablation platforms, including generators, energy delivery systems, sensing and monitoring circuits, and safety-critical subsystems
• Define and review electrical architectures, requirements, and design strategies to support RF and pulsed field ablation technologies, ensuring robustness under clinical use conditions
• Drive trade-off decisions balancing performance, safety, cost, manufacturability, serviceability, and regulatory constraints
• Lead or review detailed electrical design activities including high-voltage circuits, power electronics, sensing and monitoring circuits, isolation schemes, grounding strategies, and EMC-robust designs
• Establish and execute verification and validation strategies, ensuring designs meet functional, safety, and reliability requirements across the product lifecycle
• Provide expert input into design reviews, hazard analyses, and failure investigations involving electrical subsystems
• Own or strongly influence risk management activities related to electrical hazards, energy delivery, insulation, leakage currents, fault detection, and patient return electrode monitoring
• Apply Design for Reliability and Design for Safety principles to identify, reduce, and monitor technical risk in compliance with medical device standards and internal quality systems
• Act as a design technical leader across released product engineering, manufacturing, supplier engineering, service, and quality teams
• Support sustaining engineering activities including root-cause analysis of field issues, design changes, component obsolescence, and manufacturing process improvements
• Interface with external suppliers and partners to ensure continuity of supply and technical alignment with system requirements
• Mentor and technically develop junior and senior engineers, reinforcing best practices in electrical design, documentation, and problem solving
• Influence engineering standards, design guidelines, and strategic technology roadmaps within CAS
• Represent electrical engineering expertise in program reviews, technical escalations, and governance forums

Principal Electrical Engineer

• Serve as the electrical subject-matter expert for cardiac ablation platforms
• Define and review electrical architectures, requirements, and design strategies
• Drive trade-off decisions balancing performance, safety, cost, manufacturability
• Lead or review detailed electrical design activities
• Establish and execute verification and validation strategies
• Provide expert input into design reviews, hazard analyses, and failure investigations
• Own or strongly influence risk management activities
• Apply Design for Reliability and Design for Safety principles
• Mentor and technically develop junior and senior engineers

• 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

• Perform fixtured and on-wafer probe measurements
• Assemble RF/microwave/millimeter-wave test systems
• Use software to control test equipment and plot test results
• Support the MMIC and module design teams
• Integration and test of Digital, Analog, and RF components and modules.
• Circuit analysis, circuit simulation, design documentation maintenance, trade assessments for obsolescence resolution, troubleshooting and resolution of hardware performance issues and hardware integration, test and verification.
• Develop solutions to test issues and develop productivity and efficiency enhancements.
• Design of RF microwave components and phased array applications

RF Electrical Engineer I

• Serve as the electrical subject-matter expert for cardiac ablation platforms, including generators, energy delivery systems, sensing and monitoring circuits, and safety-critical subsystems.
• Define and review electrical architectures, requirements, and design strategies to support RF and pulsed field ablation technologies, ensuring robustness under clinical use conditions.
• Drive trade-off decisions balancing performance, safety, cost, manufacturability, serviceability, and regulatory constraints.
• Lead or review detailed electrical design activities including high-voltage circuits, power electronics, sensing and monitoring circuits, isolation schemes, grounding strategies, and EMC-robust designs.
• Establish and execute verification and validation strategies, ensuring designs meet functional, safety, and reliability requirements across the product lifecycle.
• Provide expert input into design reviews, hazard analyses, and failure investigations involving electrical subsystems.
• Own or strongly influence risk management activities related to electrical hazards, energy delivery, insulation, leakage currents, fault detection, and patient return electrode monitoring.
• Apply Design for Reliability and Design for Safety principles to identify, reduce, and monitor technical risk in compliance with medical device standards and internal quality systems.
• Act as a design technical leader across released product engineering, manufacturing, supplier engineering, service, and quality teams.
• Support sustaining engineering activities including root-cause analysis of field issues, design changes, component obsolescence, and manufacturing process improvements.
• Interface with external suppliers and partners to ensure continuity of supply and technical alignment with system requirements.
• Mentor and technically develop junior and senior engineers, reinforcing best practices in electrical design, documentation, and problem solving.
• Influence engineering standards, design guidelines, and strategic technology roadmaps within CAS.
• Represent electrical engineering expertise in program reviews, technical escalations, and governance forums.

• Provide electrical engineering support and guidance for AUV/ROV systems and present technical concepts regarding product design and performance
• Interface with Systems, Software, Mechanical, Quality, and Manufacturing as part of a team designing AUV/ROV systems
• Technically execute the research and development of new circuit card designs and electromechanical assemblies
• Provide support and execute functional analysis, evaluation, and optimization of product designs
• Present technical results and content to internal and external customers, tailored to the customer audience
• Provide technical support to key subcontractors and suppliers
• Create and maintain power and endurance budgets through development phases
• Provide technical support for manufacturing related matters
• Perform design verification efforts
• Support cost/benefit trade-off analysis and feasibility studies
• Support electrical related failure analysis of hardware
• Contribute to system level design considerations and trade-offs where many engineering disciplines are concerned.

• Participate in root cause analysis for design and manufacturing issues at the PCB/PCBA and system level
• Research, select, qualify and maintain electronic components that are used in the product
• Contribute on the design, development, testing, and transfer of products to manufacturing
• Create schematics and PCB layouts; manage prototype fabrication and assembly with external vendors
• Investigate PCB/PCBA quality concerns and work with contract manufacturers to drive improvements
• Perform hands-on lab measurements and circuit analysis to diagnose and resolve issues
• Participate in cross-functional meetings to review design, manufacturing procedures, or quality related issues
• Apply principles and techniques of electrical engineering to analyze failures to improve design or manufacturing processes
• Participate in human factor / usability and design validation process
• Participate in risk management analysis and documentation
• Responsible for design modification, new component qualification, design change test requirements, and design change documentation

Associate Electronics Engineer

• Candidate will work as part of a highly motivated team
• Collaborating with cross-functional project teams making up a larger program or internal research and development effort

Principal Electrical Engineer – Project Lead

• Lead the design and development of Class III implantable neuromodulation systems, associated accessories, test systems, and manufacturing fixtures.
• Design and analyze electronic circuits, including: Embedded systems and firmware interfaces, Mixed-signal analog/digital circuits, Power management and charging circuits.
• Own schematic design, PCB layout, component selection, BOMs, characterization, and system integration across all development stages.
• Establish electrical product requirements and specifications.
• Design and execute experiments to validate concepts, develop new test methods, and generate design data.
• Characterize and verify hardware performance to ensure medical-grade precision and reliability.
• Drive design-for-reliability and manufacturability improvements.
• Train and mentor contract manufacturing engineers and technicians on product testing and troubleshooting methods.
• Participates in the design and execution of verification testing protocols, methods and reports to ensure products meet design requirements.
• Supports risk management documentation including hazard analysis and failure modes and effect analysis (FMEA) to identify and mitigate design and process risks.
• Partner closely with system, firmware, mechanical, and test engineering teams to ensure full system integration and performance alignment.
• Contribute to the company’s intellectual property portfolio through innovative concepts and technical disclosures.
• Operate in compliance with design controls and quality system procedures.
• Prepare technical reports, presentations, and design reviews for management and cross-functional stakeholders.
• Communicate with physicians and other clinicians on product design and development activities and gather feedback on product prototypes.
• Collaborate with Marketing, Regulatory, and Quality to ensure design inputs and verification activities align with product and business objectives.

Staff Electrical Engineer

• Prepare calculations for feeders, services, short circuit, transformer size.
• Design building electrical distribution, fire alarm and security systems.
• Perform on-site surveys of existing electrical equipment.
• Determine schedules and details required for the project.
• Review with project engineer.
• Attend job meetings as required.
• Ensure flow of information between disciplines.
• Assist in writing of reports and feasibility studies.
• Support developing electrical standards.
• Prepare cost estimates and specifications.

Electrical Engineer – MEP

• Support our growing demand for the design of avionics solutions across numerous programs
• Develop the architecture, design circuits, perform simulations, assist ECAD with layout, verify and test designs
• Perform a variety of engineering activities throughout the lifecycle to support planning, requirements development, documentation, test, and deployment
• Build, debug, and test prototypes and deliverable hardware
• Identify program/system-level technical risks and develop and execute mitigation strategies

• Support the design, enhancement, and long-term reliability of robotic laboratory automation systems
• Focus on electrical power distribution, EMC/ESD robustness, and integration of servo drives, sensors, and embedded electronics
• Collaborate closely with mechanical, software, and systems engineers to improve system performance and reliability

• Conduct forensic investigations related to electrical incidents and failures
• Work closely with multidisciplinary team of engineers and experts
• Determine origin and root causes of accidents, equipment malfunctions, product defects, and other mechanical failure related issues
• Investigate electrical failures, defects, or damage in industrial, commercial, and residential settings
• Determine causes of electrical system failures and assess design/construction quality or maintenance procedures
• Lead field investigations and document property damage for multi-party examinations
• Research failure modes and provide repair or remediation recommendations
• Prepare reports and letters detailing the cause of damage for clients
• Provide deposition and expert testimony in product liability for civil, federal, and occasional criminal court cases to testify about damages and professional liability.

Electrical Engineer – Forensics

• The Senior Electrical Engineer will work with Product Leads and other team members on a variety of tasks related to the design and development of systems using Commercial-Off-The-Shelf (COTS) computing and networking products.
• Design COTS hardware infrastructure systems (e.g. X86-based processors)
• Research and selection of servers, workstations, add-in interface cards, storage devices, and other COTS hardware
• Engineer BIOS and operating system configuration definitions
• Work in a lab environment and operating standard test equipment including oscilloscopes, processor bus analyzers, emulators, and data capture tools, etc.
• Collaborate in development with hardware engineering disciplines, supply chain, suppliers, field engineering, on-site installation and trades, and Customers to develop and deliver safety critical systems
• Support occasional domestic travel and potential international travel

Senior Electrical Engineer, Radar Processing, Network System Design

• Design embedded processor circuit boards using CAD tools
• Work within a team of engineers developing designs based on modeling and simulations
• Work with Systems Engineers and other development team members in translating system performance and operational specifications into hardware requirements, design, and test specifications.
• Help drive projects and execute to program schedules on time and budget
• May lead small teams and mentor junior engineers
• Demonstrate self-motivation, with little supervision required
• Support internal and external technical reviews

Principal Electrical Engineer – Digital Electronics Circuit Design

• Own or contribute to the successful completion of FPGA-based designs
• Verify designs utilizing self-checking techniques
• Create complete documentation including verification plan and report
• Demonstrate self-motivation, with little supervision required
• Work cooperatively with systems, hardware, software engineers, and program management
• Support internal and external technical reviews

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