Top Robotics Engineer Jobs

Design and activate hardware/software systems for automated solutions in Starship production, including PLC programming, robot systems development, and safety system implementations.

The Motion Planning Engineer will implement motion planning and control solutions for robot arms, optimizing trajectories for efficiency and collision-free operation.

As a Research Engineer, you'll enable the application of Gemini robotics models, collaborating with partners, optimizing model development pipelines, and resolving engineering challenges.

The Curriculum Developer will design and refine STEM curricula, run user testing sessions, collect feedback, and coordinate with stakeholders to enhance educational programs.

The role involves integrating robotics software stacks, deploying AI models, optimizing system metrics, and collaborating with multi-functional teams.

As a Design Engineer, you will develop technology for future robots, create models using CAD tools, conduct tests, and collaborate with teams.

The Senior Design Engineer develops technology for home robots, creating concepts, testing hypotheses, analyzing results, and designing mechanical systems using CAD tools.

The Chief Engineer will lead technical project execution in robotics, ensuring quality and customer satisfaction while managing cross-functional teams and deliverables.

The Senior Robotics Process Engineer will configure robots, lead projects, mentor juniors, and integrate advanced robotics technology, focusing on automation solutions in manufacturing.

The Senior Electrical Engineer will develop and design motion control electronics, lead technical efforts, and support project teams in delivering flight-ready products.

The Robotics Controls Engineer will design and maintain control systems for autonomous haul trucks, focusing on localization, path following, and control algorithms, while collaborating with cross-functional teams and debugging issues.

Develop high-level autonomy systems for coordinating fleets of autonomous haul trucks in mining environments, focusing on path planning, multi-vehicle coordination, and dispatch systems.

As a Senior Software Engineer in Robotics, you will transition Perception tasks to machine learning, focusing on system integration and optimization.

As a Robotics Integration Engineer, you'll integrate hardware and software for autonomous vehicles, focusing on systems stability and performance. Responsibilities include sensor integration, vehicle communications, troubleshooting, and documentation.

The Full-Stack Robotics Engineer will maintain and enhance The Grid robotics platform, integrate software and hardware, and ensure production efficiency in real-time.

The intern will work on real hardware and software systems in the factory, helping to debug robots, tune systems, and run experiments to improve throughput. They will gain hands-on experience with advanced robotics and automation.

The role involves designing and improving robotics workflows, building tools for simulation and testing, and supporting community development initiatives.

The Senior Software Engineer will develop CI/CD frameworks and visualization tools for robotics research, enhancing AI efficiencies and team collaboration.

Lead development of onboard marine autonomy software for unmanned surface vessels, focusing on ROS-based stacks for navigation and control.

As a Quality Engineer, you will ensure robotic products meet performance and reliability standards, conduct testing, and collaborate on quality processes.

As an Embedded Compute Engineer, design, integrate, and optimize computing systems for robotics, focusing on performance, reliability, and scalability in field environments.

The role involves building and maintaining simulation infrastructure for robotics, integrating simulations into CI/CD, developing dynamic models, and managing synthetic data generation for machine learning applications.

The Sensor Systems Engineer will design, integrate, calibrate, and validate sensing systems for robotics, ensuring accurate data collection in various environments.

Lead the development of reinforcement learning-based locomotion controllers for legged robots, focusing on designing and testing agile policies in real-world scenarios.

Design and implement mechanical systems for robotics, focusing on structures, thermal management, and manufacturability, from CAD through production to field support.