45 Robotics Engineer jobs available for remote work from home. Apply for positions such as Robotics Engineer, Robotics Engineer, Semi Senior Robotics Engineer and more! Discover the best work-from-home or hybrid, full- and part-time jobs.
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Design, develop, and debug features for autonomous construction equipment while optimizing control systems for accuracy and cycle time. The role involves analyzing robot performance to prioritize upgrades and contributing to the product roadmap.
This role involves programming, configuring, and deploying industrial robotic systems to enhance operational efficiency in fulfillment and manufacturing. You will collaborate with engineering teams to integrate robots with conveyors and vision systems while optimizing cycle times and throughput.
Develop effective and efficient software robotic solutions using various tech stacks, algorithms, and open-source software. Engage in the design and implementation of challenging technical problems while collaborating with global teams and internal interest groups.
Define the engineering strategy and technical roadmap for the robotics stack within the autonomous construction program. Collaborate with cross-functional teams to design safety architectures and ensure successful system integration and field validation.
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Conduct online robotics and STEM classes for students aged 8-16 while mentoring them on various technical projects. Support students in preparing for national and international robotics competitions and troubleshoot technical issues.
The engineer will be responsible for programming, integrating, and commissioning Fanuc robotic systems within industrial automation environments. They will also perform troubleshooting and maintenance tasks to ensure optimal system performance.
You will own the AI/ML core of the product, working closely with the CTO to design and implement the technical strategy. This involves hands-on development of AI components, managing the model lifecycle, and integrating AI capabilities into a scalable robotics platform.
Acts as the technical interface between customers, vendors, and sales to design robotics solutions for logistics, manufacturing, and retail. Responsible for conducting demos, pilots, and Proofs of Concept while supporting the sales team with technical offers and ROI calculations.
Design and scale automated CI/CD pipelines for OTA software and firmware rollouts to robots in the field. Manage containerized AI workloads and orchestration using Docker and K3s on NVIDIA Jetson edge hardware.
Develop components for the autonomy stack, including planning behaviors, vehicle software, and sensor integration for drone swarms. Create physically realistic simulations and perform electronics prototyping to turn architecture into flying capability.
Develop efficient software robotic solutions using various tech stacks and algorithms for autonomous systems. Collaborate with multidisciplinary global teams to solve complex challenges in navigation, localization, and fleet management.
Design and implement robotics data capture solutions and technical pilots to help customers build Physical AI systems. Act as a technical partner to bridge the gap between customer requirements and the delivery of high-quality robotics datasets.
Lead the design and deployment of autonomous capabilities for heavy construction equipment and architect high-level planners. Collaborate with multidisciplinary teams to integrate robotic systems and shape long-term product strategy.
Collaborate with a cross-functional team to develop, test, and deploy AI models for industrial robotics. Conduct applied research in fabrication processes and support customers with product integration.
You will contribute to the robotics stack by improving perception, control, and autonomy for mushroom harvesting machines. Additionally, you will manage data, guide teams, and ensure the reliability of autonomous systems in both lab and field environments.
The Robotics Software Engineer will design, build, and integrate software systems for autonomous robots and robotic platforms. They will work across the full software stack, collaborating with cross-functional teams to translate requirements into engineered solutions.
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Lead technical discovery and design integration solutions for robotics and automation cells at customer sites. Develop and commission control logic, safety architecture, and communication interfaces between robotics systems and the PackageX platform.
Develop and integrate deep learning methods for robotics applications, focusing on vision-based decision-making, motion control, and object manipulation. Create and test software for industrial robot control while conducting research on new deep learning techniques.
The Robotics Deployment Engineer is responsible for the onsite configuration, testing, and deployment of autonomous mobile robots at customer sites. They will manage customer relationships, conduct training, and ensure system performance meets operational requirements.
The Robotics Field Engineer will provide product support and perform field-based technical tasks. This role requires significant travel to support robotics systems in various locations.
The Principal Robotics Software Engineer will provide technical leadership and architectural vision for autonomous platforms while collaborating across engineering groups. They will guide design patterns, mentor engineering staff, and ensure high-performance, safety-critical software deployment.
The role involves leading verification strategy for complex digital designs and building advanced test environments using SystemVerilog and UVM. You will collaborate with cross-functional teams to ensure design functionality, performance, and quality while mentoring junior engineers.
The role involves advancing robotics and autonomous innovations from concept to full-scale deployment across construction projects. The engineer will act as a bridge between field operations and technology partners to improve safety, productivity, and operational performance.
Own the ROS2 and Zenoh communications layer and Docker infrastructure across drone and MHEV platforms. Develop diagnostics tooling and a roadmap to converge separate product architectures into a unified platform.
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Design and develop software for automated robotic 3D metrology systems, focusing on motion planning, tool pathing, and hardware integration. The role involves creating scalable architectures and APIs to manage multi-modal sensor data and robotic workflows.
The role involves bridging the gap between R&D and construction sites by deploying and optimizing autonomous excavators. Responsibilities include data-driven performance evaluation, real-time debugging of the full robotics stack, and collaborating with customers to integrate systems into their workflows.
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