CBRN incidents and resulting casualties are a permanent threat across the continent. In past incidents, First Responders were often required to provide help without having conducted sufficient training on how to operate in CBRN incidents. Moreover, First Responders seldom are aware of the risks that CBBN material poses to their health. The management of a CBRN scene including the recovery of persons concerned requires standard operating procedures, advanced skills and suitable equipment. A step-by-step approach needs to include (1) detection of the CBRN threat, (2) triage of casualties and (3) on-site decontamination before the provision of medical aid. The aim is to establish a unified framework for evaluating capabilities, procedures and co-developed solutions to be used in CBRN-E preparedness and response.

Project management at the H-BRS

The "Digital Twin-4-Multiphysics Lab" (DT4MP) focuses on urban digital twins (UDTs) and multiphysics twins for industry, treating both areas equally and synergistically. By integrating real-time data and advanced simulations, DT4MP enhances urban processes, infrastructures, and industrial production efficiency. Combining AI and machine learning, the lab provides services like data analysis and virtual testing for SMEs and larger companies. Founded by leading institutes, DT4MP drives digitalization research in urban and industrial contexts.

Project management at the H-BRS

The aim of ALBERO is to develop concepts and technologies for the safe integration of alternatively fuelled vehicles into RORO ferry services. Alternative propulsion systems such as electric vehicles and battery-powered cars as well as alternative fuels such as natural gas and hydrogen are to be considered. The project will develop technical, structural and organisational measures to enable safe transport and (for electric vehicles) safe charging during the journey.

Project management at the H-BRS