Jobs at Analog Devices

Develop optical control ICs for AI datacenter applications. Responsibilities include defining digital architectures, designing and implementing block- and chip-level RTL, translating algorithms into digital signal-processing blocks, and contributing to digital and mixed-signal verification and testbench development. The role collaborates with analog, mixed-signal, and system teams to deliver complex SoC designs.

Own end-to-end verification for complex digital and mixed-signal optical control ICs, covering block, chip, and system levels. Develop UVM environments, verification plans, testbenches, assertions, coverage strategies, and closure criteria. Debug functional and integration issues, collaborate with design, analog, firmware, and system teams, and support post-silicon validation and bring-up. The role requires SystemVerilog and UVM expertise, SoC protocol familiarity, scripting skills, and strong analytical and communication abilities.

Design and develop mixed-signal IC products, including digital architectures, block- and chip-level RTL implementations, digital signal-processing blocks, and verification environments. Translate system requirements into robust digital designs and collaborate with analog, mixed-signal, and system teams. Responsibilities include EDA implementation flows, testbench development, and block- and system-level verification for power-management or data-converter products.

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.

Design and implement digital and mixed-signal ICs at the chip and block level. Responsibilities include RTL design, digital signal processing implementation, digital architecture definition, system and block-level simulation, and testbench development. The role requires strong knowledge of digital logic, computer architecture, DSP, and CPU/DSP/NPU design, with familiarity with memory systems, bus protocols, verification methodologies, and scripting languages preferred.

Assist with designing and evaluating customer analog solutions, modifying SDKs and algorithms, developing small hardware/software solutions, and proposing system architectures. The role gathers customer requirements, educates customers on Analog Devices products, supports product demonstrations, and collaborates with product management, marketing, applications teams, and customers. Preferred experience includes MCU or FPGA platforms, coding, analog circuits, AI or deep learning, and communication, image, or audio processing.

Analyze manufacturing, inventory, and supply chain data; monitor supply risks; support forecasting; review planning parameters and system compliance; present insights; build automated reports and dashboards; use AI tools to improve processes; and contribute to continuous improvement and digital transformation initiatives.

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.