Mission
Stellantis is looking for technology game changers to transform the company into a software automotive company. Its new AI/Autonomous Driving division is building the core functionalities that allow vehicles to perceive the world around them and make the right decisions in every situation.
The Team
The Perception and Fusion team within AI/AD works on complex technical challenges across perception areas, including Radar, Lidar, 3D Computer Vision, classification, semantic segmentation, early and late fusion, prediction and tracking. The team applies the latest state-of-the-art algorithms and works with a kind, dynamic and diverse team across the world.
Responsibilities
- Investigate and develop Radar perception and fusion using both traditional and ML approaches.
- Support the optimization and deployment of these models on Stellantis vehicles.
- Support Radar sensor engineering by analyzing and evaluating product performance against Stellantis perception requirements.
- Proactively support the DevOps and MLOps teams with feedback and suggestions to improve the software pipeline.
- Work cross-functionally to understand and solve challenges related to Perception systems in Autonomous Driving.
Minimum Qualifications
- Bachelor's degree in a quantitative field.
- 1+ years of hands-on Radar perception and/or Radar/Camera fusion algorithms experience.
- 1+ years of experience in perception/robotics Machine Learning projects.
- 3+ years of object-oriented programming (e.g., Python and/or C++) and experience with popular ML frameworks (e.g., TensorFlow, PyTorch).
- Advocate for software engineering good practices (e.g., test-driven development, version control, documentation).
- Passion for solving unstructured problems.
Preferred Qualifications
- M.Sc. or Ph.D. in Robotics, Computer Vision, Computer Science, Machine Learning, or similar.
- Experience in multi-sensor perception and fusion, mobile robotics (e.g., ROS), 3D visualization, distributed systems, embedded systems for ADAS, and mapping.
- Experience implementing the latest deep learning applied research to build proof of concept and prototypes.
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