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You design and implement safety-critical software for autonomous forklifts used in logistics and production, ensuring compliance with industrial safety standards and robust robotics control.
Develop embedded robotics software in C/C++ or Rust, rewriting the application for a new platform with ROS2 and Model Based Design.
Lead autonomous-vehicle logistics deployments, coordinating engineering, product, and operations to deliver safe, cost-saving systems at U.S. sites.
About the role As a Software Engineer on our Calibration, Localization & Mapping (CLAM) team, you will help deliver improvements and new features to our calibration, localization, and mapping subsystems. You will…
Build and tune mapping, localization, and sensor calibration algorithms in C++/Python to enable HD mapping and robust positioning for autonomous industrial vehicles.
Job Descriptions: Oversee the day-to-day operations of a multi-robotics test lab, including drones, quadrupeds, and humanoid robots Lead safety, regulatory compliance, and enforce SOPs for lab and field testing…
Design and lead robotics R&D programs using AI, digital twins, and NVIDIA Omniverse to build autonomous systems and scalable industrial solutions.
Design and deploy AI-driven robotic systems using platforms like NVIDIA Omniverse and Isaac Sim, integrating perception, planning, and control for industrial and service applications.
Design and run validation tests for AI-powered perception systems in autonomous trucks, using real-world and synthetic data to ensure safety and accuracy.
Lead architecture and development of autonomous robotics navigation systems, including motion planning, task planning, and ML-based control for Amazon’s warehouse robots.
Robotics Software Engineer - C++ / ROS2 / Linux Are you an experienced Software Engineer with strong expertise in C++ and ROS2, combined with a background in robotics and Linux environments? Are you based in the…
Build and optimize real-time computer-vision models for autonomous systems, focusing on detection, tracking, and deployment on embedded devices like Jetson and ARM64.
Разрабатывает и автоматизирует тесты для системы очистки сенсоров в автономных транспортных средствах, включая HIL-тестирование, интеграцию в CI/CD и анализ метрик.
Build high-fidelity simulation environments for autonomous surface vehicles using ROS2, C++, and Python to test and validate autonomy stacks in complex maritime settings.
Designs and maintains automated CI/CD pipelines, containerized AI/ROS2 workloads, and edge deployment systems for robotics hardware (NVIDIA Jetson) with Kubernetes/Docker, focusing on OTA updates and data pipelines.
Build high-fidelity robotics simulation platforms to test autonomous mobile robots and fleet systems before deployment, using ROS2, Gazebo, and Isaac Sim.
Build high-fidelity robotics simulators in C++/Python to test AGVs and fleet systems before deployment, using ROS2, Gazebo, and Isaac Sim.
Lead embedded firmware teams to architect, develop, and debug RTOS-based systems for robotics, autonomy, and maritime platforms, ensuring real-time performance and hardware integration.
Principal Autonomous Systems Safety Engineer Location: Remote-US Department: Autonomy (PC01662) We’re Blue River, a team of innovators driven to create intelligent machinery that solves monumental problems for our…
Develops control algorithms and system software for non-road mobile equipment, integrating perception, decision-making, and control in a closed loop using C/C++ and Linux.
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