Top Robotics Engineer Jobs in San Francisco Bay Area, CA

As a Staff Robotics Software Engineer, you'll develop frameworks and interfaces for robot behaviors, implement task planning logic, integrate planning methods, and drive the technical strategy for autonomous robots.

The Autonomy Engineer will develop decision-making and motion planning systems for a robot, focusing on navigation, predictive modeling of human behavior, and safety systems, while utilizing simulation for testing.

Develop and optimize large-scale simulation tools for robotics applications, ensuring performance and reliability across environments, while collaborating with cross-functional teams.

The Robotics Support Engineer role involves providing technical support for autonomous systems, solving complex issues, and improving diagnostics across the truck fleet.

Build and maintain a simulation platform for robotics, focusing on multi-axis motion, integration with robotics software, and delivering reliable tools for developers.

As a Software Engineer, you will develop and maintain the Tally software stack, enhance robot navigation and autonomy, and support CI/CD processes.

The Business Intelligence Engineer analyzes complex operational data and develops dashboards and automated systems to support decision-making and KPI tracking while collaborating with engineering and customer teams.

Develop motion planning and control systems for industrial robots, optimizing software performance and collaborating with cross-functional teams to integrate solutions.

Design and implement software systems for robots, integrate with platforms, mentor juniors, and participate in design reviews. Handle production issues and ensure reliability.

The Software Engineer will develop application systems and integrations for robots in production, collaborating with various teams to ensure system reliability and operational workflows.

Develop core robotic software for control, manipulation, and sensing, integrating AI capabilities for autonomous robots. Collaborate with cross-functional teams and optimize systems for reliability and performance.

As a Senior Robotics Software Engineer, you will design and implement software for robotic platforms, developing algorithms for motion control and collaborating across teams to ensure system integration and testing.

Develop and optimize software solutions for robotics, collaborating with teams to improve robotic systems through data collection and automation tools.

Conduct applied research in robotics and develop ML pipelines for training models on data collected by Scale, collaborating with customers and cross-functional teams.

Develop and scale learning architectures for behavior cloning and reinforcement learning, build data pipelines, and deploy models in real environments.

Develop and optimize ML models for robotics, collaborate with vendors for data labeling, and evaluate model performance in the field.

Lead the development of middleware software for autonomous construction machines, focusing on communication systems, scheduling, modular subsystem management, and real-time embedded systems.

The Senior Software Engineer will integrate sensors in robotics, maintain onboard software, mentor juniors, and ensure high-quality software for autonomous marine vehicles.

The Senior/Staff Linux Software Engineer will design and implement a vision compute pipeline on an embedded Linux platform and optimize controls for medical robotic systems.

Design and implement diagnostic systems for robotics, focusing on reliability and maintainability. Collaborate on data architecture and build a scalable pipeline for diagnostics.

Develop and maintain software systems for robotics data collection and model training, utilizing various technologies for end-to-end solutions.

Seeking an experienced Principal Full Stack Engineer to drive software design, lead teams, and enhance robotic warehouse systems. Requires expertise in UI and Backend development with modern technologies, and strong leadership skills.

Design and develop accurate simulations of robots in various environments, implement sensor models, and collaborate with development teams to optimize performance.

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 Lead Robotics Software Engineer will develop key functionalities of Dapster's robot technology, focusing on motion planning and navigation algorithms.