Field Robotics Systems Engineer

Analog Devices is seeking a Field Robotics Systems Engineer to help develop, integrate, and demonstrate next-generation robotic systems and intelligent machines. As part of the Robotics Systems and Platform team, you will work across robotics hardware, embedded software, perception, motion control, AI, and system integration to create proof-of-concepts (PoCs), demonstrations, and customer-facing solutions that showcase the value of ADI technology. Working alongside experienced engineers and robotics experts, you will gain hands-on experience supporting customers from early technology evaluations through system integration and validation. This role spans industrial robotics, autonomous mobile robots (AMRs), humanoid robotics, and service robotics. ## Responsibilities - Design, build, and integrate proof-of-concepts (PoCs), demonstrations, and reference systems for robotics applications. - Work hands-on with robotic subsystems including sensing, perception, motion control, embedded computing, power systems, and AI-enabled technologies. - Support system bring-up, integration, testing, debugging, and validation across hardware and software domains. - Develop robotics applications using tools and frameworks such as Python, C/C++, ROS2, Linux, Isaac Sim, Gazebo, and CodeFusion Studio. - Create and evaluate robotic solutions in simulation and digital twin environments and support deployment to physical robotic platforms. - Collaborate with customers, ecosystem partners, and internal ADI teams to develop system-level robotics solutions. - Support customer workshops, demonstrations, technical evaluations, and co-creation activities through ADI Catalyst and other innovation programs. - Participate in technical forums, industry events, and customer engagements to showcase ADI technologies. - Contribute to reusable platforms, reference designs, technical documentation, and demonstration assets that accelerate customer adoption. ## Minimum Qualifications - B.S. in Robotics, Electrical Engineering, or Computer Engineering. - Academic, internship, research, or project experience building, integrating, or testing robotic systems or mechatronic platforms. - Familiarity with electronic hardware, schematics, and test equipment (scopes, logic analyzers). - Foundational knowledge of robotics technologies, including one or more of: motion control and actuation, robotic sensing and perception, sensor fusion, embedded and real-time systems, autonomous robotic systems. - Experience with robotics software development using Python and/or C/C++. - Familiarity with Linux and robotics frameworks such as ROS or ROS2. - Experience with simulation tools such as Isaac Sim, Gazebo, RoboDK, or MATLAB/Simulink. - Exposure to AI/ML, computer vision, perception systems, or autonomous robotics through coursework, research, internships, or personal projects. - Strong problem-solving, communication, and teamwork skills. ## Preferred Qualifications - M.S. in Robotics, Electrical Engineering, or Computer Engineering. - Experience with advanced robotic systems such as industrial robots, AMRs, humanoids, collaborative robots, or robotic manipulation systems. - Expertise in electronic hardware design, testing, and troubleshooting to the component level. - Experience with perception technologies including computer vision, depth sensing, VSLAM, force/torque sensing, audio sensing, or multi-sensor fusion. - Familiarity with robotics compute platforms such as NVIDIA Jetson Nano, Orin NX, and Orin AGX. - Implementation of AI/ML, Physical AI, robotic perception, or autonomous systems. - Experience developing robotics demonstrations, capstone projects, research platforms, or proof-of-concepts. - Participation in robotics competitions, university design teams, research programs, or open-source robotics initiatives. - Interest in customer engagement, technical workshops, and emerging robotics ecosystems. ## Core Technical Areas - Robotics Systems and Hardware - Robotics Frameworks and Embedded Software - Simulation and Digital Twin Tools - Motion Control, Perception, and Sensor Fusion - Robotics and Mechatronics IntegrationRequired travel: up to 10% of the time.