Support in the development of novel algorithms and methods for use in data-driven applications in medical or safety engineering
Development of intelligent sensor systems for the control of anesthesia and ventilation devices
Further development of mobile and stationary gas measurement device fleets as well as camera-based monitoring systems
Results should demonstrate a strong connection to clinical users and the end product
Possibility to work partially remotely

Requirements

Enrolled in Electrical Engineering, Physics, Computer Science, Mathematics or a comparable degree program, at least in the fourth semester, with a study focus on Data Science or Computer Vision
Ideally, initial experience with tools such as TensorFlow, Scikit-learn, OpenCV or the Point Cloud Library
For a Data Engineering focus: ideally initial experience with modern (NoSQL) database systems, distributed storage systems and stream processors such as Apache Spark or Flink, as well as cloud platforms
Initial programming experience in software development (C/C++, Python and ideally C#, Java)
Interest in translating your theoretically grounded working methods and creativity into practical, innovative solutions and in understanding our application domains and users

Benefits

Flexible working hours
Remote work possible
Company laptop
Individual onboarding and training
Networking events
Private leisure and continuing education programs
Company sports and preventative courses
Health center and gym
Discounts at local fitness studios
On-site daycare and parent–child offices
Subsidized company cafeteria
Good transport connections & parking
Events for employees and their families

Applicant Tracking System Keywords

Tip: use these terms in your resume and cover letter to boost ATS matches.

Hard Skills & Tools

algorithm developmentdata-driven applicationsintelligent sensor systemsgas measurement devicescamera-based monitoring systemsprogramming (C/C++, Python, C#, Java)data sciencecomputer visionNoSQL database systemsstream processing

Soft Skills

creativityproblem-solvingcommunicationcollaborationuser-focused design