Jobs at Analog Devices

Manage front desk and reception (guests, calls, badges, meeting rooms). Handle mail, supplies, filing, and basic procurement tasks (PR creation, data prep). Forward invoices to accounting, track documents, support events and internal admin processes, and maintain contact lists.

Lead complex IC layout projects, provide technical leadership and mentorship, make IC architecture decisions, perform advanced process evaluations/optimizations, develop layout methodologies and best practices, and influence cross-organizational outcomes.

Senior-level power systems engineer role supporting design and development of power solutions for semiconductor products, collaborating cross-functionally, ensuring compliance with export controls, and traveling approximately 10% for work.

Lead sustaining engineering for wafer probe equipment to ensure availability, efficiency, setup performance, and yield. Drive maintenance strategies, troubleshooting, root-cause analysis, capability development, and continuous improvement. Partner with Manufacturing, Product/Process/Hardware/Test Systems Engineering, Quality, and suppliers to meet OEE, output, quality, and cost goals.

Senior finance professional responsible for leading FP&A: annual planning, forecasts, financial modeling, variance analysis, executive reporting, business partnership, process improvement, governance, and mentoring junior finance staff to support strategic decision-making.

Support equipment availability, reliability, troubleshooting, preventive maintenance, and continuous improvement in high-volume semiconductor manufacturing. Assist installations, commissioning, qualification, data collection, documentation, and cross-functional coordination to reduce downtime and improve yield.

Provide L1/L2 incident management and technical support for manufacturing test platforms, troubleshoot downtime, administer Windows and legacy tester environments, assist with tester deployment, automation, system integration, and ensure data integrity and system security in production areas.

Manage external OSAT production planning and supplier operations to ensure healthy lot flow, meet shipment/revenue targets, and drive cycle time and SOD performance. Track lot movement, resolve aged/overstaged lots and bottlenecks, develop supplier KPI scorecards, support subcontractor management, and lead cross-functional recovery actions to maintain supply continuity.

Lead equipment engineering for semiconductor manufacturing: specify, optimize, qualify, and sustain production equipment. Collaborate cross-functionally to improve yield, reliability, and throughput while supporting installation, maintenance, and process integration.

Lead mixed-signal IC architecture and design for high-speed wireline systems, including transmitters/receivers, DFE, CDR, VCO/PLL, and digitally-assisted analog/data-converter designs. Collaborate across teams to integrate chiplet-based solutions, mentor junior engineers, present results to stakeholders, and drive reliable, high-performance product development in advanced CMOS/FinFET processes.

Hands-on senior design quality engineer leading QA activities across the medical device product lifecycle. Ensure design controls, risk management, V&V, and regulatory compliance (IEC 62304, IEC 62366-1, FDA guidance). Maintain eQMS records, author test and risk documentation, support audit readiness, and collaborate with cross-functional teams. Travel up to 10%.

Support photolithography module sustaining: disposition of discrepant materials, equipment qualification, recipe creation, and engineering requests. Investigate and flag quality excursions, collaborate with production and process engineering to optimize yield and lower cost, write and review procedures/specs, and maintain cleanroom/5S standards while working third shift.

Define and execute reliability stress and qualification test plans for semiconductor products, lead root-cause failure analysis, drive corrective actions using structured problem solving, perform reliability statistical calculations and data analysis, support cross-functional interpretation of qualification requirements, and contribute to continuous improvement.

The Systems Integration Engineer focuses on developing robotic tactile perception systems, including design, embedded firmware, and system integration, while collaborating with other engineers to ensure effective solutions.

Design, select, install, and maintain manufacturing equipment and integrated mechatronic systems. Develop control algorithms, perform CAD/FEA/CFD simulations, prototype and test systems, troubleshoot production issues, and apply AI/ML and continuous improvement (Lean/Six Sigma) for equipment reliability and OEE improvement.

Lead cross-functional RF/IC product development projects from planning through production, managing scope, schedule, budget, risks, and stakeholder communication across global teams while mentoring junior PMs and ensuring compliance with internal and customer requirements.

The Staff Engineer will architect and develop mixed-signal ICs and SDR chips, managing requirements and collaborating with cross-functional teams to ensure successful project execution.

Develop state-of-the-art digital design solutions for electronic equipment. Collaborate with cross-functional teams and participate in the product development lifecycle, applying formal design and verification techniques.

Act as primary quality interface for key customers in Taiwan, lead failure analysis and root-cause investigations, coordinate cross-functional resolution of quality issues, analyze field return and production data, drive continuous improvement and compliance with quality systems, and support audits and customer reviews.

The Algorithm Development Engineer designs, debugs, and tests embedded software algorithms for high-speed integrated circuits, collaborating with hardware and software teams.