Lead the development of robot policies, focusing on task planning, computer vision, and decision-making in robotics. Mentor teams, drive technical roadmaps, and collaborate on scalable AI solutions.

As a Lead Designer, Layout, you will develop innovative solutions for complex layout projects, mentor junior engineers, and make critical IC architecture decisions.

The Principal Analog Layout Designer will lead complex IC layout projects, providing innovative solutions and mentoring others to enhance organizational capabilities.

Develop and design mixed-signal subsystems for ADC, DAC, and SerDes PHY products using FinFET technologies, while leading development efforts and mentoring engineers.

Lead architecture, technical execution, and cross-team delivery for CodeFusion Studio, a VS Code-based embedded development platform. Provide hands-on development, set architectural direction, unblock teams, and partner with product and UX to deliver extensible extensions, backend services, and tooling for heterogeneous SoCs and AI-enabled edge deployments.

Lead and modernize a global Linux-centric engineering environment: design and manage NAS and cloud storage, IAM and identity solutions, automate workflows (Python, scripting, Lambda), oversee platform delivery, mentor junior staff, and ensure data access, security, and business continuity.

Lead development of high-fidelity robotics simulations and validation workflows: design custom sensor models, run FEA mechanical simulations, generate synthetic datasets, integrate simulation outputs into ML training, and oversee field validation to close the sim-to-real gap.

Design and implement moderately complex integrated circuit layouts, perform timing extraction and analysis, use EDA tools for layout and verification, resolve layout issues, and collaborate with cross-functional teams while mentoring junior engineers.

Lead the development of high-fidelity simulations and validation workflows for robotic systems, focusing on sensor simulation and mechanical modeling to ensure reliable performance in real-world and virtual environments.

Lead the development of AI perception systems, design models for real-time localization and multimodal fusion, and collaborate with engineering teams.

As a Senior Robotics Test Engineer, you'll validate sensor data, align simulations with real hardware, support ML data collection, and ensure safety in robotic operations.

The Staff AI/ML Engineer leads complex AI/ML system architecture, technical strategy, and mentoring while driving innovation and business alignment across teams.

Lead full-cycle recruiting for AI/ML, software, and engineering roles. Partner with hiring managers to source specialized talent, manage interviewing and offer processes, ensure candidate advocacy, support onboarding, and promote diversity and compliance across global hires.

The Senior Robotics AI/ML Engineer at Analog Devices will develop AI-based robot policies, work on task planning and computer vision, and integrate AI into robotics systems, while collaborating with multidisciplinary teams.

Manage full-cycle recruiting for EMEA & NA, sourcing specialized engineering, software, and AI talent. Partner with hiring managers to build pipelines, screen and interview candidates, drive offers and onboarding, and ensure compliance and inclusive hiring practices.

The Staff Mixed-Signal Design Engineer will develop ADC, DAC, and SerDes PHY subsystems, design integrated circuits, evaluate architectures, and conduct design reviews.

The Senior PDK Development Engineer will develop, maintain, and support Process Design Kits, collaborating with teams and ensuring design compliance.

The role involves developing ADC, DAC, and SerDes PHY subsystems for mixed-signal SoC products, including design, evaluation, and guiding layout.

The Customer Account Specialist at Analog Devices manages customer demand, supports sales, collaborates with internal teams, and ensures customer satisfaction through effective communication and coordination.

The Staff Mixed-Signal Design Engineer will develop ADC, DAC, and SerDes PHY subsystems, evaluate architectures, design circuits, guide layout, and manage testing processes.