Robotics Research Engineer — Hybrid, VLM/VLA AI Models

Wwshemi; Paris; Hybrid; EUR 70.000 - 110.000; Vollzeit

Benefits dieser Stelle

Healthcare coverage

Relocation support

Meal allowance

Zusammenfassung

Mistral AI is seeking Applied Scientists and Research Engineers focused on robotics. You will design, train, and deploy state-of-the-art robotics models (VLM, VLA) for navigation and manipulation in varied use cases.

You’ll collaborate across science, engineering, and product teams to deliver high-impact AI solutions. Ideal candidates have strong Python coding skills, experience with PyTorch or JAX, and a track record in robotics perception, navigation, and manipulation using simulation tools

Qualifikationen

• Fluent English with clear communication.
• Expert with PyTorch or JAX.
• Experience with Vision-Language Models (VLM) and VLA models.
• Write clean, high-performance Python code.

Aufgaben

• Run pre-training, post-training and deploy state-of-the-art models on large clusters.
• Generate and curate datasets (image-text, video-text), and build evaluators/benchmarks for perception, navigation and manipulation tasks.
• Develop tools and frameworks to facilitate data generation, model training, evaluation and deployment.
• Collaborate with cross-functional teams to tackle complex use cases.
• Manage research projects and communications with client research teams.

Kenntnisse

Fluent English

PyTorch

JAX

Vision-Language Models

VLA models

Python

Perception

Navigation

Manipulation

Ausbildung

PhD or Master in Robotics / ML

Tools

Isaac SIM

Python

Git

Jobbeschreibung

Mistral AI is seeking Applied Scientists and Research Engineers focused on robotics. You will design, train, and deploy state-of-the-art robotics models (VLM, VLA) for navigation and manipulation in varied use cases.

You’ll collaborate across science, engineering, and product teams to deliver high-impact AI solutions. Ideal candidates have strong Python coding skills, experience with PyTorch or JAX, and a track record in robotics perception, navigation, and manipulation using simulation tools