The programme aimed to strengthen the preparedness and operational capabilities of Vietnamese first, second and third responders in addressing chemical, biological, radiological and nuclear (CBRN) incidents. By combining theoretical knowledge with practical exercises based on realistic operational scenarios, the training supported participants in translating their understanding of CBRN threats into effective response procedures.
The training explored the contemporary CBRN threat landscape, with particular attention to terrorism-related risks and potential incident scenarios. Participants examined the classification and characteristics of CBRN agents, focusing on the specific hazards posed by chemical, biological, radiological and nuclear substances and materials and their implications for response operations.
A substantial part of the programme was devoted to practical skills. Participants practised the correct procedures for putting on and removing personal protective equipment (PPE), with an emphasis on minimising the risk of self-contamination. Scene reconnaissance exercises addressed hazard identification, the establishment of danger zones and the preservation of forensic evidence at simulated incident and crime scenes. The programme also covered practical approaches to decontaminating personnel, equipment and casualties, highlighting the importance of well-organised procedures in limiting the spread of contamination.
The exchange of knowledge and experience with Vietnamese professionals was an integral part of the training. Their expertise, active engagement and commitment contributed significantly to the programme and supported the shared objective of strengthening sustainable CBRN preparedness and response capabilities at the local level.
Through its participation, the Biohazard Prevention Centre at the University of 艁贸d藕 contributed its expertise to international cooperation in CBRN risk mitigation and the development of practical capabilities among professionals responsible for public safety and security.
The activity was implemented under Project 106 鈥� TEST, funded by the European Union through the EU CBRN Centres of Excellence Initiative, in cooperation with GOPA PACE (consortium leader), ISEM Institute (consortium technical co-leader), GOPA Worldwide Consultants, the National Crisis Centre of Belgium and the Biohazard Prevention Centre at the University of 艁贸d藕, with the support of the United Nations Interregional Crime and Justice Research Institute (UNICRI).