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Dex is partnering with a company building a surgical intelligence platform that combines computer vision, AI, and AR to enable real-time navigation for surgeons and robots. You will lead the AI pillar end-to-end, building a team from the ground up to ship production models and drive federated learning and MLOps at scale.
The role focuses on delivering an anatomy recognition model for neurosurgery by Q2 2028, advancing the foundation model toward vision-language-action for device automation, and
This role is with one of Dex's trusted partner companies. We work closely with their teams to truly understand their culture, goals, and what they're looking for, so we can match you with the right opportunity and give you context about the role before you commit to a process.
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Forget incremental improvements. This company is building the surgical intelligence layer, a platform that combines computer vision, AI, and augmented reality to give surgeons and robots real-time 3D navigation. Their core differentiator: a surgical foundation model, trained on kinematics, tissue interactions, and surgeon intent captured across deployed endpoints. This isn't academic research; it's about shipping models that fundamentally change surgical outcomes.
This isn't a research role. You'll lead the AI pillar end-to-end, building a team from the ground up. Your mandate: ship production AI. That means delivering an anatomy recognition model for neurosurgery (prototype by Q2 2028, ≥85% accuracy), then evolving the foundation model from computer vision to vision-language-action for device automation. You'll architect the data pipeline, own the federated learning stack, and define the boundary with the simulation team on synthetic data and sim-to-real transfer. Models in research are interesting; models in the operating room are valuable.