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The Principal Robotics Application Engineer will lead technical strategies and influence customer solutions in robotics, working across teams to match customer needs with ADI's technology offerings.

The Senior Product Engineer will lead high-speed interface development and validation, ensuring robust performance and mentoring junior engineers while collaborating across teams.

Design and develop RF/microwave/mmWave GaAs and GaN LNA/driver/power amplifier MMICs using EDA tools and electromagnetic simulation. Perform layout, thermal analysis, device modeling, lab test and validation, and collaborate with cross-functional teams to deliver production-ready amplifier designs.

Design and develop RF/microwave/mm-wave GaAs and GaN LNA/driver/power amplifier MMICs. Perform layout, EM simulation, thermal analysis, modeling, and lab measurements using industry EDA tools and RF test equipment. Collaborate across teams to deliver production-ready amplifier products.

Lead system-level design for electromechanical/mechatronic products: write and maintain SRS/ICDs, drive cross-domain architecture trade studies, define hardware-software interfaces, own V&V and FMEA through EVT/DVT/PVT, ensure manufacturability and reliability, partner with external vendors, and establish systems-engineering practices and tooling.

Senior technical IC layout lead responsible for solving complex layout problems, guiding architecture decisions, leading projects, mentoring junior engineers, optimizing processes, and developing layout methodologies and best practices to improve team productivity and product outcomes.

Design and develop RF/microwave/millimeter-wave GaAs and GaN MMIC amplifiers (LNA/Driver/PA). Perform MMIC design, layout, EM simulation, thermal analysis, and lab measurements. Collaborate with cross-functional teams and support product development for communications, instrumentation, industrial, and aerospace/defense applications.

Design, develop, validate, and maintain reliability stress hardware (BIBs, HAST, HTOL, fixtures) for semiconductor qualification. Collaborate with engineers, technicians, offshore teams, and suppliers to troubleshoot, support test execution, perform failure analysis, participate in root-cause investigations, and improve hardware reliability and efficiency.

Lead cross-site capacity modeling, scheduling, and productivity initiatives for front-end semiconductor manufacturing. Develop analytical and optimization tools, apply operations research and Factory Physics to reduce cycle time and optimize WIP, validate scheduling logic, mentor junior engineers, and partner with operations, supply chain, and IT to support capacity planning and fab expansion.

Lead development of cross-site capacity and scheduling models, perform operations research and statistical analyses, design predictive and optimization algorithms, reduce cycle time and optimize WIP, standardize industrial engineering practices, mentor junior engineers, and support capacity planning and fab expansion across manufacturing sites.