Top Robotics Engineer Jobs in Los Angeles, CA

Develop real-time perception and sensor-fusion software for autonomous battery-electric rail vehicles. Responsibilities include processing lidar, camera, IMU, and GPS data; implementing computer vision, state estimation, calibration, tracking, and optimization algorithms; validating systems in simulation and field deployments; supporting ruggedized sensor hardware; and collaborating across ML, firmware, embedded, and systems engineering teams.

Design, implement, optimize, and verify real-time robot controls software for an AI-driven surgical robotics platform. Responsibilities include deterministic data transfer, latency and jitter reduction, DDS and network QoS optimization, performance profiling, hardware and virtual testing, observability, integration, code reviews, and collaboration with controls, electrical, mechanical, and product teams.

As a Robotics Software Engineer, you will develop software solutions for robotics in the cannabis industry, collaborate with engineers, and ensure effective communication to meet business needs.

The role involves developing and testing software for lunar rover localization, requiring expertise in non-GPS techniques and working with real robots.

Lead evaluation, design, prototyping, and integration of robotic manipulation and automation for autonomous vehicle operations in logistics yards. Champion vendor selection, system architecture, perception, motion planning, controls, and field validation to enable safety-critical tasks like automated trailer coupling.

Develop and integrate software for robotic systems, including hardware interfaces, motor and sensor integration, automated testing, diagnostics, reliability improvements, and failure analysis. Collaborate with mechanical, electrical, field, and software engineers to support robot deployments, manufacturing, research, and development.

Design, develop, test, and debug features for autonomous construction equipment while optimizing controls systems and maintaining code quality standards.

Lead the design, development, and deployment of autonomous systems for heavy construction equipment while mentoring engineering teams and improving system performance.

Develop and execute test plans for robotic systems across simulation, subsystems, and field deployments. Create automated tests, analyze results, document defects, and collaborate with cross-functional teams to drive integration, reliability, and continuous improvement of hardware and software.