"machine learning" Jobs
64 open tech roles matching “machine learning”, taken straight from company career pages — not reposted from other job boards. Most in demand right now: Python, Robotics, C++. Every listing is re-checked daily and closed roles are removed.
Showing 20 of 64 results
Join Skild AI as a Machine Learning Engineer to develop cutting-edge reinforcement learning algorithms for robotic applications.
Join Skild AI as a Machine Learning Engineer to develop cutting-edge reinforcement learning algorithms for adaptable robotic systems.
Develop and refine deep learning models for robotic manipulation at a pioneering AI startup.
Join Skild AI as a Software Engineer to develop and optimize software infrastructure for training advanced AI models in robotics.
Join Skild AI as a Research Scientist to develop advanced techniques for robotic systems in a passionate and innovative team.
Develop and implement software solutions for robotic manipulation systems at Skild AI, focusing on state-of-the-art learning-based algorithms.
Join Skild AI as a Research Engineer to develop scalable robotic systems for general-purpose robotic intelligence.
Join Skild AI as a Robotics Engineer to develop software solutions for robotic manipulation systems using state-of-the-art algorithms.
Join Skild AI as a Research Robotics/Computer Vision Engineer to develop intelligent robotic systems for real-world navigation.
Join Skild AI as a Research Engineer to enhance and deploy robotic intelligence in real-world environments.
Join Skild AI as a Robotics Application Engineer to develop and deploy innovative robotic solutions in a dynamic environment.
Lead and scale operations for robotics data collection and annotation at a pioneering AI startup.
Own the technical modeling and system design process for warehouse robotics systems in a high-impact sales engineering role.
Join Skild AI as a Technical Animator to create high-fidelity motion systems for robotic simulations.
Join Skild AI as a Mechatronics Technician to develop systems ensuring quality and performance in robotics and autonomous platforms.