Jobs at Analog Devices

Sustain and optimize package-level semiconductor test processes in high-volume production. Monitor process performance, investigate issues, analyze production and test data, improve yields, support qualifications and new product introductions, document process changes, and collaborate with equipment, quality, manufacturing, and engineering teams. Contribute to mechanical fixture and tooling improvements using SolidWorks or AutoCAD when needed.

Responsible for qualifying semiconductor products transferred between fabs, assembly sites, wafer sizes, or redesigns. Performs electrical characterization, yield analysis, program debugging, bench characterization, and reliability reject analysis. Reviews worst-case supply conditions, develops guard-bands and test limits, and creates and releases manufacturing test programs.

Develop and maintain embedded software and firmware for Analog Devices products. Debug and optimize code, solve moderately complex software problems, apply engineering principles, document technical work, and participate in code reviews and design discussions. The role requires C/C++ programming, microcontroller and device-driver experience, RTOS knowledge, debugging skills, version control experience, and effective collaboration. The engineer works with regular supervision and may coach junior engineers.

Manages strategic customer accounts by coordinating sales support, pricing, contracts, forecasts, demand planning, supply optimization, and project activities. Monitors revenue, backlog, and performance while serving as an escalation point for customers and internal teams. Collaborates with sales, planning, manufacturing, supply chain, legal, and business units to resolve issues, support customer programs, and align systems with anticipated demand.

Develop physics-informed and hybrid machine learning models for high-fidelity simulation and synthetic data generation across robotics, sensors, signal chains, audio, and AI perception. Integrate physics-based modeling with data-driven approaches, validate simulations against real-world measurements, and improve sim-to-real performance. Collaborate with hardware, AI, and simulation engineers using platforms such as NVIDIA Isaac Sim, ROS/ROS2, USD, and scientific computing frameworks.

Design and develop analog and mixed-signal integrated circuits, including sensor interfaces, data converters, filters, multiplexers, and power systems. Perform transistor-level simulation, debugging, layout, and performance verification across process, voltage, and temperature conditions. Collaborate with product, verification, process, test, and applications engineers, document designs and results, and apply statistical design principles to improve circuit robustness.

Leads complex integrated circuit layout projects, makes architecture decisions, evaluates and optimizes semiconductor processes, develops layout methodologies, mentors junior engineers, and drives technical excellence across organizational boundaries. The role requires expert IC layout skills, technical leadership, project leadership, and significant organizational influence.

Supports factory financial performance by preparing budgets, forecasts, financial plans, management reports, and month-end closing activities. Monitors OPEX and CAPEX, analyzes variances, conducts scenario and feasibility analyses, and identifies cost-saving opportunities. Partners with Finance, Operations, and Supply Chain teams to provide insights and guide strategic decisions. Requires strong Excel and financial modeling skills, ERP familiarity, analytical ability, and a finance-related bachelor’s degree.

Manufacturing Test Engineer supporting semiconductor NPI, production ramp, and high-volume manufacturing. Analyzes test, yield, reliability, and manufacturing data; drives root-cause analysis, CAPA, quality and throughput improvements; collaborates with foundry, OSAT, design, packaging, quality, and operations teams; develops dashboards and reports; monitors manufacturing metrics; and supports qualifications, documentation, and program coordination.

Manage semiconductor manufacturing performance across OSAT partners, focusing on yield, quality, delivery, cost, process improvement, and production readiness. Lead NPI transfers, qualifications, process validation, production ramps, audits, root-cause analysis, and corrective actions. Collaborate with design, quality, supply chain, and operations teams while monitoring capacity and mitigating manufacturing risks. The role requires semiconductor assembly and packaging expertise, data-driven problem solving, stakeholder management, English and Mandarin fluency, and approximately 10% travel.

Develop and maintain embedded software and firmware for Analog Devices products. Responsibilities include debugging and optimizing code, solving moderately complex software problems, documenting technical work, participating in code reviews and design discussions, and collaborating with engineering teams. The role requires C/C++ programming, microcontroller and device-driver experience, RTOS knowledge, debugging skills, version control experience, and strong problem-solving and communication abilities.

Leads product security across the lifecycle for semiconductor chips, modules, subsystems, and software. Defines security requirements and posture, guides architecture and threat analysis, oversees assurance evidence, secure development, verification, compliance, provisioning, and post-release incident response. Partners with product, hardware, software, architecture, quality, assurance teams, and customers to maintain security from definition through end of life.

Develop and maintain embedded software and firmware for Analog Devices products. Responsibilities include debugging and optimizing code, solving moderately complex software problems, contributing to technical documentation, participating in code reviews and design discussions, and potentially coaching junior engineers. The role requires C/C++ proficiency, microcontroller and RTOS knowledge, debugging skills, version control experience, and effective collaboration.

Test Engineer supporting evaluation board development from prototype through production. Responsibilities include board bring-up, validation, debugging, functional verification, test fixture and platform qualification, failure analysis, manufacturing test readiness, contract manufacturer support, production transfers, documentation, packaging, RMA investigations, and continuous improvement. The role requires PCB-level troubleshooting, electronic test equipment use, schematic and BOM interpretation, and collaboration across engineering, manufacturing, quality, and global teams.

Supports BU FP&A through financial data analytics, Power BI dashboard development, data modeling, reporting automation, forecasting, planning, and management reporting. The role analyzes enterprise datasets using Python and SQL, maintains data quality controls, partners with Finance and IT stakeholders, and delivers KPI dashboards and insights to improve financial decision-making and reduce manual reporting effort.

Leads transistor-level RFIC design for beamformers, converters, mixers, detectors, switches, attenuators, filters, phase shifters, and amplifiers. Responsibilities include technical leadership, simulation and verification, silicon bring-up, first-silicon characterization, root-cause analysis, tape-out, cross-functional project leadership, documentation, and mentoring engineers. The role requires advanced RF fundamentals, experience with Cadence and ADS, and the ability to solve complex design problems across process and packaging technologies.

Early-career Field Applications Engineer developing system-level expertise through technical training, laboratory work, prototyping, debugging, and customer engagement. The role supports customers and internal teams in translating system requirements into solutions using ADI technologies. Responsibilities include understanding customer architectures, presenting technical concepts, collaborating on technology roadmaps, and building customer relationships through regular on-site engagement. Travel of approximately 25–40% is required.

Early-career Field Applications role developing engineers toward customer-facing commercial positions. The employee will learn ADI technologies, understand customer products and business priorities, identify technical and business opportunities, support customer solutions, build relationships, present value propositions, and develop account planning, negotiation, and stakeholder-management skills while shadowing FAEs and Account Managers.

Graduate firmware engineering opportunity at Analog Devices, a semiconductor technology company. The role is associated with developing technologies spanning analog, digital, AI, software, automation, robotics, mobility, healthcare, and energy applications. The posting provides limited role-specific responsibilities and qualifications. The position may involve access to technical data subject to U.S. export licensing review and requires approximately 10% travel.

Supports New England semiconductor accounts by understanding customer challenges, positioning Analog Devices products, coordinating internal technical teams, building customer relationships, addressing supply chain and pricing needs, negotiating opportunities, and driving territory revenue growth. The role partners with field applications engineers and business specialists to win new business across healthcare, industrial, communications, and other markets.