PhD ML Researcher

What you'll do:

• Dive deep into the challenges faced by current sensors like stereo cameras and lidar, especially 
  when they malfunction in adverse weather conditions.
• Play an integral role in the AISee project, where we explore groundbreaking neural network 
  architectures, including generative AI and sensor fusion networks.
• Contribute to enhancing disturbed sensor streams, focusing on robust object detection even in the harshest weather.
• Apply and adapt algorithms to the most cutting-edge sensor technologies to ensure autonomous 
  vehicles can navigate seamlessly in any scenario.
• You will collaborate with many internationally renowned research organizations in the United 
  States and Germany, pushing the state-of-the-art what we can do with today's sensors and
  algorithms.

What you'll need to Succeed:

• You have finished your or are in the latest stage of completing your Master's degree with the
  highest honors in a highly quantitative discipline such as Computer Science, Physics, Mathematics, Electrical Engineering, or related fields.
• Fluent in either English or German.
• Solid programming skills, particularly in object-oriented languages like Python or C++.
• Know your way around deep learning frameworks like ‘tensorflow’ or ‘pytorch’.
• Familiarity with the Linux environment.
• A collaborative team player with strong communication skills, able to discuss complex topics, think independently, proactively anticipate challenges, and contribute to collective solutions

Bonus Points!

• Experience or familiarity with object detection, tracking, reinforcement learning, or adversarial 
  neural networks.
• Came in touch with Bayesian inference or Monte Carlo methods.
• Worked with nonlinear optimization. 
• Knowledge or experience with ROS.

Additional Information:
This full-time position is at our state-of-the-art research lab in Stuttgart. If this sounds like a
journey you'd want to be a part of, or if you have questions, don't hesitate to drop us an email.
PhD PositionAvailable in our artificial intelligence research lab in