Top Robotics Engineer Jobs in San Francisco Bay Area, CA

Lead the design, development, and implementation of robotics software systems and algorithms, collaborating with teams for innovative solutions.

Responsible for the development and testing of software modules for a medical robot, mentoring team members, and maintaining software infrastructure.

Develop and implement software for Agtonomy's autonomous platform. Collaborate on system design, ensure production quality, and mentor junior developers.

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 role involves architecting and developing software for robotic systems used in solar farm installations, while contributing to web platform features and ensuring system safety.

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

The Principal Full Stack Engineer leads design and development of applications, mentors teams, and drives architectural decisions to improve the Robot/Warehouse Execution System.

Develop and manage software for robotic systems, focusing on motion planning, algorithms, cloud infrastructure, and collaborate on product roadmaps.

Develop and optimize software infrastructure for Kodiak's robotics platforms, collaborating with engineers and working with sensors and LIDAR systems.

The Senior Robotics Simulation Engineer will develop high-fidelity simulation environments for robotic training and validation, integrating real data and improving sim-to-real transfer.

Design components and systems for production robots, ensuring performance and manufacturability. Collaborate with engineers to support product development.

Design and develop SDK functionalities focused on robotics, integrate features into platforms, and write documentation. Requires expertise in C++, Rust, and embedded systems.

Lead the design and development of advanced robotic systems, overseeing the full lifecycle from concept to integration with AI-driven systems. Responsibilities include prototyping, debugging, testing, and documentation.

Develop and lead software for robotic systems, focusing on control, sensing, teleoperation, and integration with AI and hardware teams.

Develop perception and localization algorithms for tractor-mounted camera systems. Implement intelligent algorithms, fuse sensor data, and optimize code for edge computing performance.

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

As a Senior Robotics Perception Engineer, you'll develop AI models for autonomous perception systems, lead state estimation efforts, and enhance multi-target tracking performance. Key responsibilities include algorithm development, sensor fusion, and collaboration within the team.

The Senior Robotics Manipulation Engineer will address manipulation and control challenges by developing models and improving software in robotic systems.

This role involves developing high-performance algorithms for robot autonomy, utilizing GPUs and modern C++ practices to enhance compute performance across various robotic functions.

Lead research and development for computer vision algorithms in robotics, focusing on 2D/3D data, model optimization, technical leadership, and cross-functional collaboration.

The Senior Robotics Integration Engineer will work on hardware and software integration for robotic systems, optimizing mechatronic systems and ensuring safety and reliability in deployments.

Design and implement software for robotic systems, focusing on motion planning, control, perception and sensor fusion. Collaborate cross-functionally to deliver scalable solutions.

As a Robotics System Engineer, you will architect large-scale software/hardware systems, gather customer requirements, and support engineering teams in testing and validation to exceed expectations.

The role involves designing technical solutions for integrating Foxglove in customer robotics systems, troubleshooting, and providing product feedback. Requires collaboration with engineering teams and sales support.

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.