Head of safety and cybersecurity at ZF mobility solutions providing engineering and consulting services internally as well as externally with 18 years of experience within mainly but not limited to the automotive industry. PhD thesis in the field of safety for medical applications according to European regulations for medical devices in 2015.
Since several years, head of safety for high performance computing platforms and safety and cybersecurity for autonomous transport systems. Highly specialized in IEC 61508, ISO 26262 and ISO 21448 for various automotive safety critical systems in areas of Autonomous Driving, Hybrid powertrain, ADAS, high performance computing, etc.
Former member of the Autosar safety working group, co-author of the ZF internal global group directive for functional safety and working group member of ISO TS 5083.
Case Study
Monday, September 29
03:00 pm - 03:30 pm
Live in Berlin
Less Details
In the world of highly automated vehicles overall safety during operation is a key challenge. Everyone talks about safety as the top priority, but whether it is done in ground level is yet to be proved. The ambiguity of information exchange between AV’s behavior with surrounding users, occupants, VRUs and emergency service provider are done in bits and pieces. In this presentation, we will address overall safety during the operation of real-world case studies of an actual implementation of an unmanned shuttle program in the Netherlands and Germany.
In this talk, we will deep dive into: