Research Projects

Safe AI Engineering
AI engineering ensures safety of AI components for autonomous, connected driving
Start: 03/2025
End: 02/2028

AI engineering as an enabler for a well-founded safety argumentation throughout the entire life cycle of an AI function.
The Safe AI Engineering project focuses on ensuring the safety of AI-controlled components for automated and connected driving. The project aims to develop a continuous, lifecycle-level safety methodology to ensure safety in dynamic environments. By integrating its results into established standards such as ISO 26262 and SOTIF, the project bridges the gap between AI verification and established safety assurance for the automotive industry.
The project focuses on camera-based detection of vulnerable road users (VRUs), such as pedestrians, using deep neural networks. Three increasingly complex scenarios are defined – from the detection of a static pedestrian to the handling of multiple dynamic VRUs in urban environments.
Role of the FZI
The FZI’s main focus in the project is on approaches to explainability and monitoring for AI-based perception functions. In particular, the FZI will investigate curriculum learning – targeted learning with increasing complexity – as well as redundancies at the layer level in neural networks using Mixture of Experts models.
Additionally, the FZI plans to evaluate and demonstrate the concepts and methods using CoCarNextGen.

Contact person
Department Manager
Division: Intelligent Systems and Production Engineering
Headquarters Karlsruhe

Research focus
Applied Artificial Intelligence

AI from research to practice: We promote applied AI for business and small and medium-sized enterprises, integrating technology with law and ethics.

Mobility and Logistics

Autonomous shuttles, intelligent logistics, and software-defined vehicles: We use IT to create the connected, safe, and sustainable mobility and logistics solutions of tomorrow.

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