Top Robotics Engineer Jobs

The Process Automation Engineer will design and implement automation solutions to improve manufacturing efficiency, ensuring high product quality through integration of systems and collaboration across engineering teams.

Develop and optimize computer vision and deep learning models for visual inspection in manufacturing automation, collaborating with cross-functional teams.

The Senior Software Engineer will support the full software development life cycle for autonomous vehicle technology and build robust infrastructure.

The candidate will support the software development life cycle for autonomous vehicles, build tools for development teams, and collaborate with hardware engineers.

The Applications Engineer will focus on Tactile Sensing, developing innovative solutions and engaging with customers to solve technical challenges across the product lifecycle.

Design, implement, and own backend and real-time systems for deployed robots, including Rust services, low-latency streaming, FlatBuffers schemas, ROS2 integrations, fleet tooling, observability, and debugging on hardware in San Francisco.

Design, program, test, and implement manufacturing robots and automation systems. Develop control software, PLC/IPC electrical controls, vision and data-acquisition architectures. Source equipment, create SOPs, provide training and technical support, troubleshoot mechanical/electrical systems, and collaborate with IE and global teams to optimize production and reduce cycle time and cost.

Design, program, test and implement robotic and automation equipment for manufacturing lines. Plan data acquisition, integrate vision systems, troubleshoot electrical/mechanical issues, develop SOPs, source equipment, train staff, and collaborate with engineering and global teams to improve productivity.

Design, prototype, integrate, test, and validate robotic and mechatronic automation systems for lab and diagnostic R&D. Lead concept generation, experiments, troubleshooting, and cross-functional collaboration; contribute to IP and present technical results to stakeholders.

The role involves improving perception capabilities for autonomous forklifts, focusing on sensor processing and integrating perception with planning systems. Responsibilities include designing algorithms, enhancing performance in real-world conditions, and mentoring junior engineers.

The RPA Developer II designs, develops, and supports automation solutions. Responsibilities include enhancing automation, collaborating with business teams, testing, and supporting production automations.

Develop software for motion control and safety management of robotic systems. Collaborate with teams, contribute to the software lifecycle, and lead prototype integration.

The Robotics Controls Engineer will develop advanced motion control systems for robotics, integrating software and hardware across multiple disciplines while implementing effective control algorithms and ensuring safety and efficiency.

The role involves architecting embedded systems for robotic devices, integrating various sensors, performance analysis, and technical leadership.

The Lead Software Engineer will architect the test infrastructure for robotics, integrating various teams, and ensuring continuous testing through automated frameworks and CI/CD pipelines.

Lead the architecture and development of core robotics platform software, ensuring reliability and performance in Linux-based systems while mentoring other engineers.

The Mechanisms Test Engineer III is responsible for planning, executing, and analyzing tests for aerospace systems, focusing on electromechanical mechanisms and multi-axis gimbals, and collaborating with cross-functional teams to ensure mission success.

Design, build, integrate, and test software and hardware for unmanned maritime robots. Develop autonomy, guidance, navigation, SLAM, and tracking algorithms; integrate sensors, controllers, and communications; build diagnostics, logging, and analysis tools; support lab and field testing and collaborate on system architecture.

Operate, maintain, and validate advanced robotics platforms (humanoid, wheeled manipulators, quadrupeds). Execute manual and automated tests, perform hardware/software integration, run end-to-end functional and regression tests, analyze telemetry and diagnostics, validate perception systems, track testing metrics, and collaborate with developers to identify and resolve system anomalies.

Design, implement, and deploy autonomous navigation, planning, and decision-making systems for eVTOL aerial platforms. Build real-time autonomy software for constrained embedded/Linux environments, integrate with flight controllers and sensors, run simulation (SITL/HITL) and flight tests, and collaborate across perception, GNC, flight software, and hardware teams.

As a Robotics C++ Software Engineer, you will design and implement controls software for surgical robotics, focusing on performance and reliability. You'll collaborate with cross-functional teams, optimize data pipelines, and ensure high coding standards through testing and collaboration.

Design, integrate, and program robotics software and interfaces for GMP drug-substance manufacturing. Lead system integration, FAT/SAT, commissioning, documentation, validation (GAMP/GxP), and collaborate with controls, vendors, and Digital teams to deliver scalable, traceable robotics solutions. Support deployments and optimize system performance.

Design, implement, and standardize robotics control solutions (PLC/HMI/SCADA/motion) for GMP manufacturing, lead FAT/SAT/commissioning, support validation and integration with IIoT/digital systems, manage vendors and projects, mentor staff, and ensure compliance with GxP/GAMP and data integrity. Travel up to 25% to support global project execution.

The Robotics Control Engineer will develop robotic control systems, engage in software development, and coordinate automation projects, working with various communication protocols and hardware.

Lead regional automation efforts for 24/7 lab operations: maintain, troubleshoot, and optimize automated equipment; program industrial robots; manage PLC/HMI/SCADA integrations and vision systems; drive continuous improvement, document system revisions, and train regional teams while collaborating with the Enterprise Automation team on design, installation, and commissioning.