Quality Engineering Projects

Cloud for Europe (C4E) addresses the goals of the European Cloud Partnership program. The main objectives of C4E are to build trust in European Cloud Computing, to remove the obstacles for Cloud adoption and to harmonize the requirements from different public organizations beyond national borders.

EAGLE aims at equipping employees in local government administration in rural communities with a holistic training solution that supports learning of critical transversal skills such as ICT literacy, information literacy and professional management of change situations in entire organizations at all levels.

Within the EMYNOS project, a next-generation emergency communication platform ist to be designed and implemented. The project aims to coordinating communication among citizens, call centers and first responders.

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

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 WindNODE is to establish a model region for intelligent electric energy in Northeastern Germany. The digitization of the increasingly decentralized energy system with the development of ICT services as well as the development of an Open Data portal are main subjects of the project.

In water management, methods, tools and data for interdisciplinary research work have lacked in many cases to date. The project “Data4Water - Excellence in Smart Data and Services for Supporting Water Management” is now intended to advance this research and make results available to other stakeholders.

The IntelliSecTest project will combine the commonly used techniques of static analysis and dynamic analysis in order to allow for more comprehensive testing. The Fraunhofer joint project will therefore contribute to making security testing more accessible, while at the same time achieving better test results.

aXBench is a softwaretool that makes it possible to realize different system variants in automotive engineering in compliance with the AUTOSAR standard. With aXBench, SQC has established a prototype for the function-oriented development of embedded systems in a vehicle.

Up to one hundred computers in a car ensure a safe drivability. Automotive manufacturers and suppliers work together in the development of such software systems. The Symphony Project integrates development data from various data sources at BMW into one data model and tests the consistency to ensure the eventual compatibility and necessary software quality of the individual components.