Research Scientist
OpenMind
Research Scientist
OpenMind
Open, modular AI robotics OS platform
OpenMind is building the operating system for robotics: the models that let robots understand people, context, and norms well enough to work alongside humans safely. Our research agenda spans social world models, vision-language-action systems, cross-embodiment learning, and multi-robot orchestration. Our work is deployed on real robots with real customers within weeks, not years.
You will define and execute research that ships. You will have access to a continuous stream of real-world embodied deployment data, including egocentric video, state-action logs, and human-robot interaction at scale.
Conduct original research on social world models, VLA architectures, and embodied reasoning, and drive it from idea to deployed system
Design data strategies that leverage our real-world deployment data for training and evaluation
Build rigorous evaluations for socially intelligent behavior, including simulation-based benchmarks and real-world measurement
Publish at top venues (CoRL, RSS, ICRA, NeurIPS) and represent OpenMind in the research community
Collaborate directly with our platform and deployment teams so research lands on physical robots quickly
MS or PhD in machine learning, robotics, or a related field, or equivalent research experience with a strong publication record
Deep expertise in at least one of: world models, VLA models, imitation or reinforcement learning, multimodal foundation models
Strong engineering fundamentals in languages such as Python, Go, and/or C++. You train your own models and write production-quality research code
A bias toward research that survives contact with the real world
First-author publications at CoRL, RSS, ICRA, ICML, NeurIPS, or ICLR
Experience deploying learned policies on physical hardware
Prior work at a frontier AI lab or leading robotics research group
OpenMind builds an open, hardware-agnostic software foundation for robots. Its core product OM1 is a modular, hardware-agnostic operating system that lets robots perceive, plan, and act using multiple AI models and vision systems, effectively acting as an “Android for Robots.” FABRIC is a decentralized peer-to-peer network that provides secure coordination between machines, with on-chain identity and data/skill sharing, enabling robots from different manufacturers to collaborate. The company differentiates itself by offering an open, interoperable platform that aims to replace single‑vendor ecosystems with a shared intelligence infrastructure for robotics, similar to Linux or Ethereum for its domain. OpenMind’s goal is to become the connective tissue of robotics, enabling multi-agent collaboration and trusted machine-to-machine interactions across hardware and software ecosystems.
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