Top Robotics Engineer Jobs

The role involves building relationships with AI robotics startups, providing technical guidance, and leveraging NVIDIA's platforms to accelerate robotics application development.

Join NVIDIA as a Senior Machine Learning Engineer focusing on humanoid robotics. Collaborate on projects involving humanoid loco-manipulation, contribute to foundation models, and implement algorithms for robot locomotion. Requires strong programming skills and significant robotics experience.

Develop and integrate tools for simulating and testing robots. Work with customer teams to enhance workflows and user interfaces.

As a Robotics Engineer, you will design and code real-time systems for Stretch robots, perform hardware testing, and collaborate with teams to enhance automation solutions.

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 Software Engineer Intern will develop safety-critical software for robotic systems, collaborating with various engineering teams to ensure functionality and reliability.

Design and write software for surgical robots, ensuring reliability and precision in high-stakes medical applications, while collaborating in a meritocratic environment.

As a Robotics and Autonomous Systems Engineer, you will develop new technology concepts in robotics, lead projects, and engage in system design and development.

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

The Senior Robotics Process Engineer will lead robotics projects, teach configurations, set up processes, develop offline programs, and optimize applications. They will also mentor others and manage system commissioning.

Develop and build robotics systems for manipulation tasks, focusing on learning-based and model-based approaches while refining control mechanisms through simulation and real robots.

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

The Software Engineer (Teleoperation) will design and develop teleoperation systems for humanoid robots, focusing on real-time controls, user interfaces, and immersive technology integration.

Design and implement advanced perception systems for humanoid robots, focusing on sensor fusion, calibration, and machine learning for real-time performance.

Design and implement advanced manipulation algorithms for humanoid robots, optimize manipulation pipeline, and develop control strategies for dexterous manipulation.

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.

The Senior Software Engineer designs, develops and supports robotic application software for manipulation solutions, collaborating with engineers and product teams.

In this role, you will develop and deploy autonomous behaviors for humanoid robots, collaborating with teams on complex problems related to manipulation under uncertainty.

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

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

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

The role involves designing and implementing data acquisition and processing pipelines, improving data quality, and enhancing data pipeline infrastructure in robotics at Google Deepmind.

Develop and support autonomous robotics software, ensuring safety certifications, collaborating with clients, and contributing through all stages of the software lifecycle.

Develop infrastructure and support foundation models for robotics, including hardware platforms, APIs for inference, evaluation metrics, and data pipelines. Collaborate with researchers to run experiments and publish findings.

Responsible for developing electrical components and avionics systems, overseeing a small team, and ensuring high-reliability PCB designs for space applications.