Jobs at Analog Devices

Design laminate, substrate, interposer, and PCB layouts for flip-chip packages, SiP products, and semiconductor modules. Optimize routing, planes, vias, stack-ups, and interconnects for electrical, thermal, mechanical, and reliability requirements. Perform design-rule checks, verification, and reviews; create layout databases and fabrication documentation; support package feasibility and architecture studies; and manage schedules, risks, and communication across global cross-functional engineering teams.

Develop embedded software, algorithms, and heuristics for monitoring high-performance power supplies. Design laboratory experiments, analyze multi-signal telemetry, build FPGA- and microprocessor-based prototypes, perform board bring-up and debugging, and validate system diagnostics across customer use cases. Collaborate with internal teams and customers to present findings and system-level solutions.

Supports semiconductor product testing throughout development and manufacturing. Responsibilities include developing test cases, diagnostic programs, procedures, fixtures, equipment, and PCB designs; defining test setups; planning testing resources; troubleshooting technical issues; and ensuring compliance with quality standards and qualification requirements.

Engineer, Equipment Engineering role at Analog Devices supporting semiconductor equipment engineering operations. The posting specifies experienced hiring, first-shift daytime work, and required travel of 10% of the time. Applicants handling technical data may undergo an export licensing review unless they are U.S. citizens, permanent residents, or protected individuals.

Leads backend physical verification strategy and design enablement for analog and mixed-signal IC teams. Owns Calibre-based DRC, LVS, ERC, PERC, extraction, foundry rule integration, signoff, tapeout readiness, and complex debug across advanced process nodes. Develops automation, dashboards, and infrastructure improvements while optimizing compute and license usage. Partners with design, layout, CAD, and foundry teams, establishes standards, and mentors engineers.

Designs digital receivers and transmitters for phased-array, radar, electronic warfare, satellite, and military communications. Develops RF digital-converter hardware and software from concept through productization, performs RF cascade and signal-chain analysis, translates system requirements into product definitions, and guides customers through system integration, troubleshooting, and testing.

Own full RTL-to-GDSII physical design implementation for complex mixed-signal and digital semiconductor designs. Responsibilities include synthesis, floorplanning, place-and-route, clock tree synthesis, timing and power closure, ECOs, sign-off analysis, physical verification, UPF-driven low-power design, scripting automation, EDA tool evaluation, and AI methodology integration.

Supports high-volume semiconductor manufacturing by maintaining equipment availability, reliability, capability, and uptime. Responsibilities include troubleshooting failures, root cause analysis, corrective actions, preventive maintenance optimization, equipment installation and qualification, performance analysis, documentation, vendor coordination, and continuous improvement projects. The role collaborates with Operations, Maintenance, Process Engineering, Quality, Facilities, technicians, and production teams while ensuring safety, quality, change-control, and manufacturing-standard compliance. Shift, on-call, and extended coverage support may be required.

Supports high-volume semiconductor manufacturing by maintaining equipment availability, reliability, capability, and compliance. Leads troubleshooting, root-cause investigations, qualification, commissioning, reliability improvements, documentation, vendor coordination, and cross-functional technical projects. Provides technical support during production issues, mentors engineers and technicians, and drives improvements in uptime, yield, cycle time, cost, safety, and productivity.

Lead end-to-end semiconductor SoC/ASIC programs from architecture through tape-out, bring-up, and commercialization. Build and scale a PMO, implement governance, metrics, dashboards, and executive reporting. Drive risk management, process improvement, automation and AI adoption across global cross-functional teams and partner with engineering and business leaders to ensure on-time program delivery.

Supports high-volume semiconductor manufacturing by maintaining equipment availability, reliability, capability, and compliance. Responsibilities include troubleshooting, root cause analysis, preventive maintenance, equipment installation and qualification, performance monitoring, documentation, corrective actions, improvement projects, vendor coordination, and production support. The role collaborates with operations, maintenance, process engineering, quality, facilities, and production teams while supporting safety, quality, uptime, yield, and productivity objectives.

Entry-level process engineering graduate role supporting semiconductor fab operations at Analog Devices’ Limerick plant. Responsibilities include resolving production holds and bottlenecks, qualifying tools, transferring processes, improving yield and cycle time, developing processes, implementing AI, and supporting sustainability initiatives. The role includes rotating shifts and a 36-month training program, with potential transition to a permanent position.

Design transistor-level mixed-signal CMOS circuits and key blocks for advanced data converters. Collaborate on system-level trade-offs, create design documentation, conduct reviews, and guide layout, evaluation, and test teams. Responsibilities include developing amplifiers, comparators, switched-capacitor circuits, references, and LDOs, with opportunities to work on high-speed converters, SerDes PHYs, calibration algorithms, and behavioral modeling.

Lead the architecture, development, and optimization of embedded software for RF front-end and transceiver platforms. Develop firmware, low-level drivers, calibration algorithms, and automated test frameworks; integrate RF hardware with embedded systems; debug and optimize real-time performance; validate wireless standards compliance; and collaborate with RF, silicon, hardware, and systems engineering teams while mentoring junior engineers.

Lead the architecture, development, integration, and optimization of embedded platforms for RF front-end and transceiver systems. Develop firmware, low-level drivers, calibration and signal-processing algorithms, and automated validation frameworks. Integrate RF hardware with embedded software, debug real-time systems, validate wireless-standard compliance, and collaborate with silicon, RF, hardware, and systems engineering teams. Provide technical leadership, mentor junior engineers, and contribute to documentation and intellectual property.

Leads physical design implementation for mixed-signal semiconductor subsystems, including floorplanning, power and clock distribution, synthesis, placement, routing, timing closure, equivalence checking, and LVS/DRC verification. Owns complex digital subsystems, collaborates with RTL designers and globally distributed teams, manages schedules, and delivers tapeout-ready designs using advanced implementation methodologies and tools.

Supports customer operations by managing purchase orders, change orders, logistics, forecasts, backlogs, supply status, and customer relationships. Partners with field sales, supply chain, business units, legal, and quality teams to improve revenue, service delivery, and process performance. Leads customer forecast and business review meetings, develops analytical models and dashboards, supports contracts and quality requests, and participates in cross-functional improvement projects.

Leads end-to-end pre-silicon verification for complex digital SoCs and subsystems, including microprocessors, AI/ML accelerators, peripherals, NoC, and interconnects. Defines verification strategies, UVM testbenches, coverage plans, formal verification flows, and system-level use cases. Coordinates with architecture, design, emulation, FPGA, firmware, and software teams while mentoring engineers and driving verification closure, innovation, and signoff.

Supports RF semiconductor product health across manufacturing lines by triaging issues, monitoring yields, investigating quality trends, managing corrective actions, governing product and test limits, maintaining specifications, and driving continuous improvement. The role requires cross-functional execution, data analysis, quality management, manufacturing and test-flow knowledge, and clear technical communication.

Supports RF semiconductor product health through manufacturing line support, yield monitoring, data-driven investigations, quality issue resolution, test-limit governance, datasheet maintenance, and continuous improvement. Coordinates cross-functional corrective actions, containment, and production decisions while improving test robustness, efficiency, and product quality.