Vision being the dominant human sense, eye tracking constitutes a powerful approach for understanding the human mind! At Pupil Labs, our mission is to provide cutting-edge eye-tracking solutions, which are more robust, accurate, accessible, and user-friendly than ever before. Already today, our products empower thousands of users in academia and industry, clinical surgeons, elite athletes, astronauts on the International Space Station, and many more. Unlocking the full potential of eye-tracking technology relies on solving hard research problems, ranging from core gaze-estimation algorithms to developing cloud-based algorithmic tools allowing for the high-level analysis of terabytes of egocentric video data.
The interdisciplinary R&D team at Pupil Labs, comprising members with backgrounds in Computer Science, Computational Neuroscience, Mathematics, and Physics, is tackling these challenges head-on! In close collaboration with other engineering teams, we identify promising R&D avenues and take pride in seeing our results swiftly integrated into the latest products shipped to our customers.
To support our efforts, we are looking to grow our R&D team in Berlin with a full-time R&D Scientist with expertise in probabilistic machine learning and Bayesian inference. This is an on-site position (with up to two home-office days per week).
Pupil Labs offers a competitive salary, flexible work arrangements, a great team of coworkers, a young and dynamic company structure, and a culture of participation and feedback.
You are excited about joining an ambitious, international, diverse, interdisciplinary, young, enthusiastic, and talented team of researchers and software specialists? You have a growth mindset, thrive in fast-paced work environments, and enjoy working on hard problems? Then we are looking forward to hearing from you!

• Develop and apply Bayesian inference methods to build probabilistic models for eye-tracking and physiological data.
• Design and implement generative models, including energy-based models, normalizing flows, and diffusion models for state estimation and posterior sampling.
• Work with uncertain, noisy data and develop robust methods for inference, estimation, and uncertainty quantification in the field of ocular research.
• Implement and optimize scalable probabilistic algorithms that can be deployed in real-time or large-scale analysis settings.
• Collaborate with our research and engineering teams to bring advanced probabilistic modeling techniques into real-world eye-tracking applications.