Top Robotics Engineer Jobs in Los Angeles, CA

As a Robotics Engineer II, you will develop, integrate, and optimize automation systems for cooperative robotics, focusing on robotic control software and programming PLCs.

As a Robotics Engineer: Software, develop algorithms and architecture for robotic systems, ensuring optimal system functionality through coding, testing, and collaboration with teams.

As a Senior Robotics Engineer, you'll design, develop, and deploy advanced robotic systems for automated sanding and painting, collaborate with customers, and enhance manufacturing processes.

As a Robotics Engineer: Software, you will develop algorithms and architecture for production software, assisting with physical robots, sensors, and tools, while resolving software issues and supporting application teams.

As a Robotics Engineer, you will design and deploy robotic systems, collaborate with engineers, support customers, and ensure system efficiency.

The role involves developing high-performance robot software, implementing algorithms for robotic systems, and providing technical assistance and debugging at client locations.

The Robotics Engineer will lead the implementation and support of smart robotic systems, design work cells, troubleshoot, and improve customer experience.

The Robotics Engineer role focuses on implementing and supporting robotic solutions for surface treatment applications, ensuring customer success and system efficiency.

As a Senior Robotics Engineer, you will design scalable software architectures for advanced robotic systems, lead development of C++ and ROS components, and enhance production-ready automation solutions.

As a Robotics Engineer: Process, you will develop and optimize robotic manufacturing processes for surface finishing, collaborating closely with engineers and customers.

As a Senior Robotics Engineer in Painting, you'll design, develop, and deploy robotic systems for surface finishing, working closely with customers and cross-functional teams to optimize processes and ensure high-quality outcomes.

Develop and implement algorithms for robotic motion planning, including vision systems and software performance enhancements, while providing technical support.

As a Sr Robotics Software Engineer, you will develop robotics software for a cooperative platform, integrating perception systems and collaborating on innovative robotics solutions.

As a Staff Robotics Software Engineer, you'll develop and integrate robotics software and hardware for cooperative robotic platforms, implementing perception systems and collaborating with cross-functional teams.

The Robotics Engineer will design, develop, and implement robotic solutions, manage projects from concept to completion, and work closely with the founder. Responsibilities include prototyping, interface with suppliers, and machine assembly.

Develop software for complex geometry printing, create motion algorithms for robots, and improve workflows in additive manufacturing.

Deploy and integrate autonomous vehicle software, configure sensors, conduct testing, and provide field support for hardware and software issues.

As a Robotics DevOps Engineer, you will build monitoring infrastructure, ensure high availability, support integration with customer networks, and resolve system issues.

As a Senior Robotics Software Engineer, you will design, develop, and optimize software for robotics systems, integrating with hardware while collaborating across teams to enhance performance and reliability.

The Robotics Field Engineer provides onsite technical support for mobile robots, troubleshooting issues, overseeing test plans, and collaborating with engineering teams for system improvements and upgrades.

The Automation Engineer will support operations across robotic manufacturing systems, maintain programs, troubleshoot issues, and collaborate on process improvements.

Design, develop, and test control algorithms for robotic coordination and manipulation. Collaborate with teams to enhance robot performance and reliability.

The role involves evolving CI/CD pipelines, building resilient deployment solutions for autonomous underwater vehicles, and integrating feature tracking with asset management systems.

Develop compute infrastructure for robotics research, manage large compute jobs, optimize GPU utilization, and collaborate on scalable training pipelines.

The role involves developing compute infrastructure for robotics, optimizing GPU use, creating observability tools, and collaborating on AI technologies.