At the DLR Institute for AI Security, we research and develop AI-related methods, processes, algorithms, technologies and execution and system environments. Our focus is on secure and standard-compliant AI, cybersecurity in open data and service ecosystems and AI, as well as automation in mobility and logistics.
What awaits you:
In the Execution Environments & Innovative Computing Methods department, we bring together novel AI methods and challenging execution environments. In particular, we focus on the energy-efficient implementation of AI for mobile systems, quantum AI and neuromorphic AI approaches. The department thus provides innovative AI approaches for use in safety-critical applications.
As part of our scientific outreach, we are building a physical demonstrator to showcase the fundamentals of quantum computers and quantum machine learning. This demonstrator will be used at exhibitions and conferences to not only engage the public in quantum computing, but to also demonstrate our current research in the institute. This student position will focus on building this demonstrator.
Expected Tasks:
- Model 3D components using CAD software for 3D printing
- Work with microcontrollers, motors and breadboards
- Design PCBs
- Program the firmware
- Learn a little about quantum computing
Required Skills:
- Knowledge of Python
- Knowledge of 3D cad modelling
- Soldering and circuitry knowledge
- PCB building experience
- Knowledge of linear algebra
This position requires on-site presence in Ulm and up to 19.5 hours of weekly working time.
We look forward to getting to know you!
If you have any questions about this position (Vacancy-ID 4238) please contact:
Hans-Martin Rieser
Tel.: +49 731 400198 306