Quality Engineering Projects

In the KameRAD project, a redundant sensor system for detecting an autonomously driving vehicle's environment in urban and agricultural environments was developed.

International Data Spaces (IDS) enable open data marketplaces for the economy and serve as blueprints for secure data ecosystems. International Data Spaces form the digital infrastructure for companies.

The aim of FLEXCoop is to introduce a fully automated demand response framework and a tool environment for private electricity generators and consumers.

In the context of the EU’s Horizon 2020 initiative, Triangulum will lead the way towards a smart and sustainable development in European cities. Therefore, Triangulum will transfer designated urban districts into smart quarters within the “lighthouse cities” Manchester (UK), Eindhoven (Netherlands) and Stavanger (Norway).

In the “KI-Wissen” project, 16 project partners are working on artificial intelligence (AI)-based processes for fully automated driving.

The development of quantum algorithms, potentially exponentially faster than classical algorithms, is attracting widespread interest in business and science. To implement these algorithms in accessible and user-friendly quantum programming the project “Qompiler - Standardized Quantum Software Stack” a software stack with a higher-level quantum programming language is being developed.

The project “European Security Certification Framework” (EU-SEC) will aim to create a European framework for certification schemes and evaluation concepts to secure cloud infrastructures. EU-SEC will improve the business value as well as the effectiveness and efficiency of existing cloud security certification schemes.

Although severe precipitation events are rare, they can overload urban wastewater systems and thus become a challenge for environmental protection. The OPTIMA project is thus developing a prototype of an “Intelligent Pumping Station” to improve the management of sewage and stormwater drainage in Berlin and beyond.

Within the CrESt project, a scientifically founded and simultaneously field-proven methodological framework for the development of highly automated collborative embedded systems is to be created. The main object of the project, which is funded by the German Feder Ministry of Education and Research (BMBF), is to enable networks of embedded systems to independent and intelligent collaboration.

Within the XIVT project, a method and toolchain will be defined for testing highly configurable, variant-rich embedded systems. This will enable a highly effective, cost-efficient quality assurance, allowing the shift to autonomous, flexible and adaptive applications. .