Atlas VLA Research Intern

Job Description

Are you passionate about the intersection of foundation models and physical AI? As an intern on the **Atlas VLA Research Team**, you will join a world-class group of engineers and scientists dedicated to giving Atlas the intelligence to perceive, reason, and act.
Our team focuses on scaling Vision-Language-Action (VLA) models that leverage diverse data sources and training recipes to keep Atlas grounded and capable of performing challenging dexterous tasks. We are looking for PhD-level interns to lead research projects that push the boundaries of what humanoid robots can do. You won’t work on pure theory; you’ll be deploying your ideas directly onto the most sophisticated pieces of hardware on the planet.
**How you will make an impact:**
* **Lead a high-stakes research project** establishing hypotheses and experiments for VLA / WAM performance, leveraging and extending our benchmarking, training, and evaluation with various data sources (teleoperation, UMI-style data, VQA, etc.).
* **Prototype and deploy** your data collection / mixing / grading schemes, pre- / mid- / post-training recipes, and algorithms directly on Atlas, moving from simulation to hardware.
* **Collaborate across teams** to integrate learned policies with low-level robot control.
* **Extend data pipelines** that ingest alternative data sources to improve robot robustness.
* **Write production-grade code** (Python/C++) that integrates with our existing systems, using AI coding agents to accelerate progress and minimize entropy while avoiding AI slop.
**We are looking for:**
* Actively pursuing a PhD (preferred) or a research-heavy Master’s in Computer Science, Robotics, Machine Learning, or a related field.
* Expertise in training and deploying imitation learning models (VLAs/WAMs) for robotics with strong experimental hygiene and clear knowledge of the state of the art and where the community can improve.
**Nice to have:**
* Good grasp of machine learning best practices, architectures, and scaling laws among different domains.
* Experience troubleshooting and deploying algorithms on physical robot platforms, especially mobile and humanoid form factors.
* Experience working with and contributing to large-scale datasets (e.g., EgoScale, Open X-Embodiment) or specialized data collection approaches like Universal Manipulation Interface.
* Experience with large-scale cluster training (Kubernetes, SLURM, distributed GPU training) and maintaining high-quality codebases.
The hourly pay range for this position is between $30-$70/ hour. Base pay will depend on multiple individualized factors including, but not limited to internal equity, job related knowledge, skills, education and experience. This range represents a good faith estimate of compensation at the time of posting.