Jobs at Analog Devices

Leads analog and mixed-signal IC design for power DC-DC converter controllers from architecture through production. Defines critical circuits, specifications, simulation and verification plans, and sign-off criteria. Coordinates cross-functional engineering teams, partners on layout and digital integration, directs silicon bring-up and characterization, supports qualification and production ramp, and mentors analog designers. Requires deep expertise in transistor-level analog design, power management, high-voltage circuits, control loops, reliability, and IC development leadership.

Leads component engineering for energy system products across the full product lifecycle. Selects and approves electronic, electrical, and electromechanical components; manages obsolescence, sourcing, qualification, reliability, compliance, cost, and supply-chain risks. Partners with architecture, hardware, software, manufacturing, quality, sourcing, and reliability teams on design reviews, production readiness, root-cause investigations, technology roadmaps, and sustaining engineering. Provides technical leadership, mentors engineers, and drives cost, quality, reliability, and manufacturability improvements.

Executes safety, EMC, mechanical, and environmental compliance testing for semiconductor products. Develops repeatable test procedures and reports, coordinates internal labs and certification bodies, supports test automation, and performs hands-on electronics lab debugging, soldering, rework, and board modifications. Reviews schematics, PCB layouts, and mechanical designs for compliance with safety and EMC requirements.

Analyzes customer pricing, profitability, discounts, contracts, market dynamics, and price leakage to support growth and margin objectives. Partners with Sales and Business Unit teams on negotiations, pricing strategy, governance, compliance, and value-based pricing. Develops pricing models, presents recommendations to stakeholders, tracks KPIs, and maintains account and pricing expertise. Requires strong quantitative, communication, collaboration, and analytical skills, with proficiency in Excel and data analysis tools.

Leads development of major software features and complex solutions, provides technical guidance to junior engineers, drives architecture and system design decisions, collaborates across teams, improves engineering processes, and applies advanced debugging, optimization, CI/CD, licensing, and software lifecycle management practices.

Graduate engineering opportunities across Analog Devices’ Ireland locations in electronics, semiconductor, software, AI, robotics, manufacturing, research, quality, and supply chain. Graduates may work in IC design, embedded software, verification, RF design, process engineering, testing, packaging, reliability, and related functions. The program includes rotations, learning opportunities, relocation assistance, and access to advanced facilities. Recruitment begins in September 2026 on a rolling basis. No travel is required.

Graduate software engineering opportunities involving embedded software, software systems, software development, AI, machine learning, UI/UX design, and cloud architecture. Graduates collaborate with hardware teams on planning, system architecture, development, troubleshooting, debugging, and testing across applications including IoT, automotive radar, healthcare monitoring, and 5G. The role includes a graduate rotation program, learning opportunities, and exposure to advanced semiconductor technologies.

Architects high-performance, real-time embedded software for datacenter power-management products. Responsibilities include gathering requirements, defining scalable architectures, selecting platforms and tools, conducting engineering trade-offs, documenting designs, communicating architecture decisions, improving development processes, and mentoring engineers. The role requires extensive full-lifecycle software development and embedded systems architecture experience, hardware schematic literacy, Agile and Git experience, and knowledge of signal-processing performance and latency trade-offs.

The Principal Engineer will lead design verification for mixed-signal power converters, developing testbenches, verification plans, and metrics, while mentoring engineers and ensuring end-to-end verification readiness.

Provides technical leadership for large-scale software initiatives by defining technical strategies, guiding architecture decisions, solving complex cross-domain challenges, establishing engineering standards, and influencing teams across the organization. The role mentors engineers, leads multi-team projects, supports CI/CD and automated testing practices, advises strategic planning, and drives innovation and best-practice adoption.

Provide technical leadership in mixed-signal IC design (ADCs, DACs, SerDes, PLLs) for SoC products using FinFET processes. Drive architecture decisions, transistor-level design, layout guidance, evaluation/test, mentorship, and cross-functional collaboration to deliver high-performance semiconductor solutions.

The Senior Principal Analog/Mixed-Signal Design Engineer will design sophisticated mixed-signal ICs, lead projects, mentor engineers, and innovate design methodologies while ensuring optimal performance through collaboration.

Designs and implements DFT architectures and specifications for ASIC/SoC products. Responsibilities include scan insertion, ATPG pattern development, compression and clock-control insertion, optimizing test coverage and power, and pre- and post-silicon verification and debug. The role also requires gate-level simulation, failure analysis, scripting, and collaboration across product teams.

Supports HR Operations transformation through process mapping, documentation, standardization, ServiceNow HRSD readiness, project intake, stakeholder coordination, transition planning, governance, and reporting. The role documents current and future workflows, gathers requirements, supports testing and implementation readiness, coordinates operational handoffs, and identifies process improvements while maintaining accurate, scalable, and compliant HR processes.

Architect, develop, integrate, test, debug, and optimize embedded software for diverse hardware platforms using RTOS, bare-metal, Zephyr, and Linux environments. Lead software architecture, system validation, test automation, and multi-threaded application development while collaborating with hardware and software teams. Define test strategies, analyze defects, document designs, conduct code reviews, mentor engineers, optimize performance and power usage, and contribute to open-source projects.

Support Global Costing by executing quarterly standard costing, maintaining SAP and Impact3C, performing product costing and manufacturing cost analysis, analyzing cost variances, supporting COGS and inventory valuation, partnering with Finance/Operations/Supply Chain/IT, driving process automation, and ensuring SOX and accounting policy compliance.

Support and enhance ADI's global compliance program aligned to enterprise risk and ISO 37301. Monitor regulatory developments, update policies, execute risk‑based monitoring and testing, manage investigations and remediation, support audits, develop training and communications, track metrics, and collaborate with Legal, HR, Finance, IT, and Operations to drive continuous improvement.

Develop RTL for digital blocks, perform lint/CDC analysis and DFT support, assist in writing functional tests and simple UVM components, collaborate on verification and coverage closure, support AMS co-simulation and mixed-signal integration, and work with physical design on synthesis and timing.

Design and simulate transistor-level analog/mixed-signal IC blocks (amplifiers, converters, power circuits), define architectures, integrate blocks into mixed-signal systems, present results to teams/customers, support layout, lab evaluation and test, mentor others, and improve design methodologies to meet power, timing and functional objectives.