Research Engineer - Robotics

About Mistral At Mistral AI, we believe in the power of AI to simplify tasks, save time, and enhance learning and creativity. Our technology is designed to integrate seamlessly into daily working life. We democratize AI through high-performance, optimised, open-source and cutting-edge models, products and solutions. Our comprehensive AI platform is designed to meet enterprise needs, whether on-premises or in cloud environments. Our offerings include le Chat, the AI assistant for life and work. We are a dynamic, collaborative team passionate about AI and its potential to transform society. Our diverse workforce thrives in competitive environments and is committed to driving innovation. Our teams are distributed between France, the USA, the UK, Germany and Singapore. We are creative, low-ego and team-spirited. Join us to be part of a pioneering company shaping the future of AI. Together, we can make a meaningful impact. See more about our culture on https://mistral.ai/careers. what will you do

Deploy state-of-the-art AI models for mobile manipulation, built in-house, on real robots

Architect and optimise data pipelines for cutting-edge robotics model training on massive datasets

Set up and maintain fleets of robots of various types

Conduct experiments and validate robotic systems in real-world environments

Interact and learn from all Mistral’s engineers and researchers

About you

You have hands-on experience developing softwares for real-world robotics

Mastery of Python and proven experience as a developer

You have high engineering competence. This means being able to design complex software and make it usable in production

You are a self-starter, autonomous and a team player

You have a proactive approach with a "get things done" spirit

You are flexible and adaptable to collaborate effectively with other engineers and researchers

Nice to have

Experience in building and deploying AI systems on real physical robots

Experience with hardware development, mechanical and CAD design, and 3D printing

Experience with robotics simulators

Experience with maintaining large, high-quality code bases

Proficiency in coding for robotic control, such as ROS

Hands-on experience with sensor integration and actuator control

Knowledge of control theory, machine learning, or computer vision as applied to robotics